What filtration grade is stated?
This version is stated as 155 mesh / 100 micron.
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0.75" Irrigation Filter Element - 155 Mesh / 100 micron
0
£0.00
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0.75" Irrigation Filter Element - 155 Mesh / 100 micron
0
£0.00
Unit price per
Please sign in to see pricing
The 0.75" Irrigation Filter Element - 155 Mesh / 100 micron is a replacement filtration element for compatible professional horticultural irrigation systems.
The stated filtration grade is 155 mesh / 100 micron. Filtration helps protect drippers, sprinklers, foggers and valves from suspended debris that can reduce flow or cause blockage.
Key benefits
- Filtration grade: 155 mesh / 100 micron
- Stated connection/body size: 0.75"
- For nursery, greenhouse and horticultural water systems
- Replacement filter-element format
- Colour identification: Yellow
Why irrigation filtration matters
Small emitter waterways are vulnerable to suspended particles. A correctly selected filter reduces the amount of debris reaching downstream equipment, helping maintain irrigation uniformity and reducing avoidable blockage.
The stated grade for this version is 155 mesh / 100 micron. Select filtration according to the water source and the requirements of the most restrictive downstream component.
Choosing filter grade
Mesh and micron figures describe filtration fineness in different ways. A finer filter is not automatically better if it creates excessive pressure loss or requires impractical cleaning frequency. Follow the irrigation-equipment requirements and account for water quality and expected flow.
Installation & pressure loss
Install the filter in the correct flow direction and orientation for the filter body. Allow access for inspection and cleaning. Pipework should be supported so its weight does not strain the filter connections.
As debris accumulates, pressure loss across the filter can increase. Monitor the system and clean the element before restriction begins to affect downstream irrigation performance.
Cleaning & maintenance
Depressurise the system before opening a filter housing. Remove the element carefully and clean it using a method appropriate to the element material and the contamination present. Inspect seals, screens and housing components before reassembly.
Replace damaged or permanently blocked elements rather than operating with compromised filtration.
Water quality & system management
Filtration is one part of irrigation maintenance. Source-water quality, line flushing, storage tanks and chemical or biological contamination can all influence system reliability. Maintain the complete water system rather than relying on the filter alone.
0.75" Irrigation Filter Element - 155 Mesh / 100 micron product details
| Product type | Replacement filter element |
|---|---|
| Stated size | 0.75" |
| Filtration grade | 155 mesh |
| Equivalent stated filtration | 100 micron |
| Colour | Yellow |
| Application | Professional horticultural irrigation |
0.75" Irrigation Filter Element - 155 Mesh / 100 micron FAQs
What is the filter used for?
It helps remove suspended debris before water reaches downstream irrigation equipment such as drippers, sprinklers, foggers and valves. How do I choose the right filtration grade?
Follow the requirements of the downstream irrigation equipment and consider water quality, flow demand and acceptable pressure loss. Does a finer filter always improve the system?
No. Excessively fine filtration can increase pressure loss and cleaning frequency if it is not appropriate to the water source and equipment. When should the filter be cleaned?
Inspect and clean it before accumulated debris causes unacceptable pressure loss or reduced downstream performance. Should the system be depressurised before opening the filter?
Yes. Safely isolate and depressurise the system before opening a filter housing. Can a damaged element be reused?
No. Replace damaged, distorted or persistently blocked filtration elements. Does filtration remove the need to flush irrigation lines?
No. Filtration and line flushing perform different roles and both may be required as part of system maintenance. How can I tell if the filter is restricting flow?
A growing pressure difference across the filter or reduced downstream performance can indicate that cleaning or inspection is required.
0.75" Irrigation Filter Element - 75 Mesh / 200 micron - Stainless Steel
0
£0.00
Unit price per
Please sign in to see pricing
0.75" Irrigation Filter Element - 75 Mesh / 200 micron - Stainless Steel
0
£0.00
Unit price per
Please sign in to see pricing
The 0.75" Irrigation Filter Element - 75 Mesh / 200 micron - Stainless Steel is a replacement filtration element for compatible professional horticultural irrigation systems.
The stated filtration grade is 75 mesh / 200 micron. Filtration helps protect drippers, sprinklers, foggers and valves from suspended debris that can reduce flow or cause blockage.
Key benefits
- Filtration grade: 75 mesh / 200 micron
- Stated connection/body size: 0.75"
- For nursery, greenhouse and horticultural water systems
- Replacement filter-element format
- Stainless steel element stated
- Colour identification: White
Why irrigation filtration matters
Small emitter waterways are vulnerable to suspended particles. A correctly selected filter reduces the amount of debris reaching downstream equipment, helping maintain irrigation uniformity and reducing avoidable blockage.
The stated grade for this version is 75 mesh / 200 micron. Select filtration according to the water source and the requirements of the most restrictive downstream component.
Choosing filter grade
Mesh and micron figures describe filtration fineness in different ways. A finer filter is not automatically better if it creates excessive pressure loss or requires impractical cleaning frequency. Follow the irrigation-equipment requirements and account for water quality and expected flow.
Installation & pressure loss
Install the filter in the correct flow direction and orientation for the filter body. Allow access for inspection and cleaning. Pipework should be supported so its weight does not strain the filter connections.
As debris accumulates, pressure loss across the filter can increase. Monitor the system and clean the element before restriction begins to affect downstream irrigation performance.
Cleaning & maintenance
Depressurise the system before opening a filter housing. Remove the element carefully and clean it using a method appropriate to the element material and the contamination present. Inspect seals, screens and housing components before reassembly.
Replace damaged or permanently blocked elements rather than operating with compromised filtration.
Water quality & system management
Filtration is one part of irrigation maintenance. Source-water quality, line flushing, storage tanks and chemical or biological contamination can all influence system reliability. Maintain the complete water system rather than relying on the filter alone.
0.75" Irrigation Filter Element - 75 Mesh / 200 micron - Stainless Steel product details
| Product type | Replacement filter element |
|---|---|
| Stated size | 0.75" |
| Filtration grade | 75 mesh |
| Equivalent stated filtration | 200 micron |
| Colour | White |
| Element material | Stainless steel |
| Application | Professional horticultural irrigation |
0.75" Irrigation Filter Element - 75 Mesh / 200 micron - Stainless Steel FAQs
What filtration grade is stated?
This version is stated as 75 mesh / 200 micron. What is the filter used for?
It helps remove suspended debris before water reaches downstream irrigation equipment such as drippers, sprinklers, foggers and valves. How do I choose the right filtration grade?
Follow the requirements of the downstream irrigation equipment and consider water quality, flow demand and acceptable pressure loss. Does a finer filter always improve the system?
No. Excessively fine filtration can increase pressure loss and cleaning frequency if it is not appropriate to the water source and equipment. When should the filter be cleaned?
Inspect and clean it before accumulated debris causes unacceptable pressure loss or reduced downstream performance. Should the system be depressurised before opening the filter?
Yes. Safely isolate and depressurise the system before opening a filter housing. Can a damaged element be reused?
No. Replace damaged, distorted or persistently blocked filtration elements. Does filtration remove the need to flush irrigation lines?
No. Filtration and line flushing perform different roles and both may be required as part of system maintenance. How can I tell if the filter is restricting flow?
A growing pressure difference across the filter or reduced downstream performance can indicate that cleaning or inspection is required.
0.75" Irrigation Pressure Filter - 155 Mesh / 100 micron
0
£0.00
Unit price per
Please sign in to see pricing
0.75" Irrigation Pressure Filter - 155 Mesh / 100 micron
0
£0.00
Unit price per
Please sign in to see pricing
The 0.75" Irrigation Pressure Filter - 155 Mesh / 100 micron is a irrigation filter for compatible professional horticultural irrigation systems.
The stated filtration grade is 155 mesh / 100 micron. Filtration helps protect drippers, sprinklers, foggers and valves from suspended debris that can reduce flow or cause blockage.
Key benefits
- Filtration grade: 155 mesh / 100 micron
- Stated connection/body size: 0.75"
- For nursery, greenhouse and horticultural water systems
- Colour identification: Yellow
Why irrigation filtration matters
Small emitter waterways are vulnerable to suspended particles. A correctly selected filter reduces the amount of debris reaching downstream equipment, helping maintain irrigation uniformity and reducing avoidable blockage.
The stated grade for this version is 155 mesh / 100 micron. Select filtration according to the water source and the requirements of the most restrictive downstream component.
Choosing filter grade
Mesh and micron figures describe filtration fineness in different ways. A finer filter is not automatically better if it creates excessive pressure loss or requires impractical cleaning frequency. Follow the irrigation-equipment requirements and account for water quality and expected flow.
Installation & pressure loss
Install the filter in the correct flow direction and orientation for the filter body. Allow access for inspection and cleaning. Pipework should be supported so its weight does not strain the filter connections.
As debris accumulates, pressure loss across the filter can increase. Monitor the system and clean the element before restriction begins to affect downstream irrigation performance.
Cleaning & maintenance
Depressurise the system before opening a filter housing. Remove the element carefully and clean it using a method appropriate to the element material and the contamination present. Inspect seals, screens and housing components before reassembly.
Replace damaged or permanently blocked elements rather than operating with compromised filtration.
Water quality & system management
Filtration is one part of irrigation maintenance. Source-water quality, line flushing, storage tanks and chemical or biological contamination can all influence system reliability. Maintain the complete water system rather than relying on the filter alone.
0.75" Irrigation Pressure Filter - 155 Mesh / 100 micron product details
| Product type | Pressure Filter |
|---|---|
| Stated size | 0.75" |
| Filtration grade | 155 mesh |
| Equivalent stated filtration | 100 micron |
| Colour | Yellow |
| Application | Professional horticultural irrigation |
0.75" Irrigation Pressure Filter - 155 Mesh / 100 micron FAQs
What filtration grade is stated?
This version is stated as 155 mesh / 100 micron. What is the filter used for?
It helps remove suspended debris before water reaches downstream irrigation equipment such as drippers, sprinklers, foggers and valves. How do I choose the right filtration grade?
Follow the requirements of the downstream irrigation equipment and consider water quality, flow demand and acceptable pressure loss. Does a finer filter always improve the system?
No. Excessively fine filtration can increase pressure loss and cleaning frequency if it is not appropriate to the water source and equipment. When should the filter be cleaned?
Inspect and clean it before accumulated debris causes unacceptable pressure loss or reduced downstream performance. Should the system be depressurised before opening the filter?
Yes. Safely isolate and depressurise the system before opening a filter housing. Can a damaged element be reused?
No. Replace damaged, distorted or persistently blocked filtration elements. Does filtration remove the need to flush irrigation lines?
No. Filtration and line flushing perform different roles and both may be required as part of system maintenance. How can I tell if the filter is restricting flow?
A growing pressure difference across the filter or reduced downstream performance can indicate that cleaning or inspection is required.
0.75" Irrigation Pressure Filter - 75 Mesh / 200 micron
0
£0.00
Unit price per
Please sign in to see pricing
0.75" Irrigation Pressure Filter - 75 Mesh / 200 micron
0
£0.00
Unit price per
Please sign in to see pricing
The 0.75" Irrigation Pressure Filter - 75 Mesh / 200 micron is a irrigation filter for compatible professional horticultural irrigation systems.
The stated filtration grade is 75 mesh / 200 micron. Filtration helps protect drippers, sprinklers, foggers and valves from suspended debris that can reduce flow or cause blockage.
Key benefits
- Filtration grade: 75 mesh / 200 micron
- Stated connection/body size: 0.75"
- For nursery, greenhouse and horticultural water systems
- Colour identification: White
Why irrigation filtration matters
Small emitter waterways are vulnerable to suspended particles. A correctly selected filter reduces the amount of debris reaching downstream equipment, helping maintain irrigation uniformity and reducing avoidable blockage.
The stated grade for this version is 75 mesh / 200 micron. Select filtration according to the water source and the requirements of the most restrictive downstream component.
Choosing filter grade
Mesh and micron figures describe filtration fineness in different ways. A finer filter is not automatically better if it creates excessive pressure loss or requires impractical cleaning frequency. Follow the irrigation-equipment requirements and account for water quality and expected flow.
Installation & pressure loss
Install the filter in the correct flow direction and orientation for the filter body. Allow access for inspection and cleaning. Pipework should be supported so its weight does not strain the filter connections.
As debris accumulates, pressure loss across the filter can increase. Monitor the system and clean the element before restriction begins to affect downstream irrigation performance.
Cleaning & maintenance
Depressurise the system before opening a filter housing. Remove the element carefully and clean it using a method appropriate to the element material and the contamination present. Inspect seals, screens and housing components before reassembly.
Replace damaged or permanently blocked elements rather than operating with compromised filtration.
Water quality & system management
Filtration is one part of irrigation maintenance. Source-water quality, line flushing, storage tanks and chemical or biological contamination can all influence system reliability. Maintain the complete water system rather than relying on the filter alone.
0.75" Irrigation Pressure Filter - 75 Mesh / 200 micron product details
| Product type | Pressure Filter |
|---|---|
| Stated size | 0.75" |
| Filtration grade | 75 mesh |
| Equivalent stated filtration | 200 micron |
| Colour | White |
| Application | Professional horticultural irrigation |
0.75" Irrigation Pressure Filter - 75 Mesh / 200 micron FAQs
What filtration grade is stated?
This version is stated as 75 mesh / 200 micron. What is the filter used for?
It helps remove suspended debris before water reaches downstream irrigation equipment such as drippers, sprinklers, foggers and valves. How do I choose the right filtration grade?
Follow the requirements of the downstream irrigation equipment and consider water quality, flow demand and acceptable pressure loss. Does a finer filter always improve the system?
No. Excessively fine filtration can increase pressure loss and cleaning frequency if it is not appropriate to the water source and equipment. When should the filter be cleaned?
Inspect and clean it before accumulated debris causes unacceptable pressure loss or reduced downstream performance. Should the system be depressurised before opening the filter?
Yes. Safely isolate and depressurise the system before opening a filter housing. Can a damaged element be reused?
No. Replace damaged, distorted or persistently blocked filtration elements. Does filtration remove the need to flush irrigation lines?
No. Filtration and line flushing perform different roles and both may be required as part of system maintenance. How can I tell if the filter is restricting flow?
A growing pressure difference across the filter or reduced downstream performance can indicate that cleaning or inspection is required.
The 0.75" Solenoid Irrigation Valve - 24V AC is designed for automated control of compatible professional irrigation zones.
Solenoid and pressure-regulating valves allow irrigation sections to be opened, closed or controlled as part of a correctly designed nursery, greenhouse, landscape or horticultural water system.
Key benefits
- Stated valve size: 0.75"
- Valve type: Solenoid Irrigation Valve
- For professional automated irrigation systems
- Flow control: Not stated
- Electrical designation: 24V AC
Automated irrigation-zone control
Use the valve to control a compatible irrigation zone from the appropriate controller or switching system. Size the valve and pipework for the required zone flow and available pressure, and install it in the correct flow direction.
Where flow control is provided, use it for appropriate adjustment and commissioning rather than as a substitute for correct hydraulic design.
Electrical compatibility
The stated electrical designation for this version is 24V AC. Confirm controller output, solenoid type and wiring requirements before connection. Do not apply an assumed voltage simply because another valve in the same irrigation system uses it.
Electrical installation in wet horticultural environments should use suitable connections and protection and should be carried out in accordance with the applicable installation requirements.
Installation & commissioning
Flush upstream pipework before final commissioning where appropriate. Install the valve with adequate access for service, support connected pipework and avoid transferring pipe strain into the valve body.
Pressurise the system gradually, check for leakage and confirm that the valve opens and closes correctly under normal controller operation.
Flow, pressure & filtration
Valve performance depends on the complete hydraulic system. Available pressure, flow demand, pipe size, elevation and downstream equipment all influence operation. Use filtration appropriate to the water source and the irrigation components being protected.
Maintenance & fault finding
If a valve fails to open, close or regulate correctly, isolate the system safely and check controller output, wiring, solenoid condition, debris, diaphragm or internal components as appropriate to the valve design. Replace damaged parts rather than forcing manual operation.
0.75" Solenoid Irrigation Valve - 24V AC product details
| Product type | Solenoid Irrigation Valve |
|---|---|
| Valve size | 0.75" |
| Flow control | Not stated |
| Electrical designation | 24V AC |
| Application | Professional irrigation-zone control |
0.75" Solenoid Irrigation Valve - 24V AC FAQs
What size is this valve?
The stated valve size is 0.75". What is a solenoid irrigation valve used for?
It opens and closes an irrigation zone in response to a compatible electrical controller or switching system. Can I connect it to any irrigation controller?
No. Confirm the required solenoid voltage/type and controller output before connection. Does valve size alone determine how much water the zone can supply?
No. Available pressure, pipe sizing, valve characteristics, elevation and downstream flow demand all affect system performance. Should pipework be flushed before commissioning?
Yes where appropriate, to reduce the risk of installation debris entering the valve or downstream irrigation equipment. Is filtration important?
Yes. Suitable filtration can reduce debris-related problems in valves and downstream emitters. How should the valve be installed?
Follow the correct flow direction, support connected pipework and leave adequate access for servicing. What should I check if the valve will not open or close?
Safely check controller output, wiring, solenoid operation, water supply and internal contamination or damage as appropriate. Should the valve be leak-tested after installation?
Yes. Pressurise the system gradually and inspect the valve and connections before routine operation.
0.75" Solenoid Irrigation Valve - 24V AC - Without Flow Control
3084
£30.84
Unit price per
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0.75" Solenoid Irrigation Valve - 24V AC - Without Flow Control
3084
£30.84
Unit price per
Please sign in to see pricing
The 0.75" Solenoid Irrigation Valve - 24V AC - Without Flow Control is designed for automated control of compatible professional irrigation zones.
Solenoid and pressure-regulating valves allow irrigation sections to be opened, closed or controlled as part of a correctly designed nursery, greenhouse, landscape or horticultural water system.
Key benefits
- Stated valve size: 0.75"
- Valve type: Solenoid Irrigation Valve
- For professional automated irrigation systems
- Flow control: No
- Electrical designation: 24V AC
Automated irrigation-zone control
Use the valve to control a compatible irrigation zone from the appropriate controller or switching system. Size the valve and pipework for the required zone flow and available pressure, and install it in the correct flow direction.
Where flow control is provided, use it for appropriate adjustment and commissioning rather than as a substitute for correct hydraulic design.
Electrical compatibility
The stated electrical designation for this version is 24V AC. Confirm controller output, solenoid type and wiring requirements before connection. Do not apply an assumed voltage simply because another valve in the same irrigation system uses it.
Electrical installation in wet horticultural environments should use suitable connections and protection and should be carried out in accordance with the applicable installation requirements.
Installation & commissioning
Flush upstream pipework before final commissioning where appropriate. Install the valve with adequate access for service, support connected pipework and avoid transferring pipe strain into the valve body.
Pressurise the system gradually, check for leakage and confirm that the valve opens and closes correctly under normal controller operation.
Flow, pressure & filtration
Valve performance depends on the complete hydraulic system. Available pressure, flow demand, pipe size, elevation and downstream equipment all influence operation. Use filtration appropriate to the water source and the irrigation components being protected.
Maintenance & fault finding
If a valve fails to open, close or regulate correctly, isolate the system safely and check controller output, wiring, solenoid condition, debris, diaphragm or internal components as appropriate to the valve design. Replace damaged parts rather than forcing manual operation.
0.75" Solenoid Irrigation Valve - 24V AC - Without Flow Control product details
| Product type | Solenoid Irrigation Valve |
|---|---|
| Valve size | 0.75" |
| Flow control | No |
| Electrical designation | 24V AC |
| Application | Professional irrigation-zone control |
0.75" Solenoid Irrigation Valve - 24V AC - Without Flow Control FAQs
What size is this valve?
The stated valve size is 0.75". What is a solenoid irrigation valve used for?
It opens and closes an irrigation zone in response to a compatible electrical controller or switching system. Can I connect it to any irrigation controller?
No. Confirm the required solenoid voltage/type and controller output before connection. Does valve size alone determine how much water the zone can supply?
No. Available pressure, pipe sizing, valve characteristics, elevation and downstream flow demand all affect system performance. Should pipework be flushed before commissioning?
Yes where appropriate, to reduce the risk of installation debris entering the valve or downstream irrigation equipment. Is filtration important?
Yes. Suitable filtration can reduce debris-related problems in valves and downstream emitters. How should the valve be installed?
Follow the correct flow direction, support connected pipework and leave adequate access for servicing. What should I check if the valve will not open or close?
Safely check controller output, wiring, solenoid operation, water supply and internal contamination or damage as appropriate. Should the valve be leak-tested after installation?
Yes. Pressurise the system gradually and inspect the valve and connections before routine operation.
1" Irrigation Filter Element - 155 Mesh / 100 micron
0
£0.00
Unit price per
Please sign in to see pricing
1" Irrigation Filter Element - 155 Mesh / 100 micron
0
£0.00
Unit price per
Please sign in to see pricing
The 1" Irrigation Filter Element - 155 Mesh / 100 micron is a replacement filtration element for compatible professional horticultural irrigation systems.
The stated filtration grade is 155 mesh / 100 micron. Filtration helps protect drippers, sprinklers, foggers and valves from suspended debris that can reduce flow or cause blockage.
Key benefits
- Filtration grade: 155 mesh / 100 micron
- Stated connection/body size: 1"
- For nursery, greenhouse and horticultural water systems
- Replacement filter-element format
- Colour identification: Yellow
Why irrigation filtration matters
Small emitter waterways are vulnerable to suspended particles. A correctly selected filter reduces the amount of debris reaching downstream equipment, helping maintain irrigation uniformity and reducing avoidable blockage.
The stated grade for this version is 155 mesh / 100 micron. Select filtration according to the water source and the requirements of the most restrictive downstream component.
Choosing filter grade
Mesh and micron figures describe filtration fineness in different ways. A finer filter is not automatically better if it creates excessive pressure loss or requires impractical cleaning frequency. Follow the irrigation-equipment requirements and account for water quality and expected flow.
Installation & pressure loss
Install the filter in the correct flow direction and orientation for the filter body. Allow access for inspection and cleaning. Pipework should be supported so its weight does not strain the filter connections.
As debris accumulates, pressure loss across the filter can increase. Monitor the system and clean the element before restriction begins to affect downstream irrigation performance.
Cleaning & maintenance
Depressurise the system before opening a filter housing. Remove the element carefully and clean it using a method appropriate to the element material and the contamination present. Inspect seals, screens and housing components before reassembly.
Replace damaged or permanently blocked elements rather than operating with compromised filtration.
Water quality & system management
Filtration is one part of irrigation maintenance. Source-water quality, line flushing, storage tanks and chemical or biological contamination can all influence system reliability. Maintain the complete water system rather than relying on the filter alone.
1" Irrigation Filter Element - 155 Mesh / 100 micron product details
| Product type | Replacement filter element |
|---|---|
| Stated size | 1" |
| Filtration grade | 155 mesh |
| Equivalent stated filtration | 100 micron |
| Colour | Yellow |
| Application | Professional horticultural irrigation |
1" Irrigation Filter Element - 155 Mesh / 100 micron FAQs
What filtration grade is stated?
This version is stated as 155 mesh / 100 micron. What is the filter used for?
It helps remove suspended debris before water reaches downstream irrigation equipment such as drippers, sprinklers, foggers and valves. How do I choose the right filtration grade?
Follow the requirements of the downstream irrigation equipment and consider water quality, flow demand and acceptable pressure loss. Does a finer filter always improve the system?
No. Excessively fine filtration can increase pressure loss and cleaning frequency if it is not appropriate to the water source and equipment. When should the filter be cleaned?
Inspect and clean it before accumulated debris causes unacceptable pressure loss or reduced downstream performance. Should the system be depressurised before opening the filter?
Yes. Safely isolate and depressurise the system before opening a filter housing. Can a damaged element be reused?
No. Replace damaged, distorted or persistently blocked filtration elements. Does filtration remove the need to flush irrigation lines?
No. Filtration and line flushing perform different roles and both may be required as part of system maintenance. How can I tell if the filter is restricting flow?
A growing pressure difference across the filter or reduced downstream performance can indicate that cleaning or inspection is required.
1" Irrigation Pressure Filter - 155 Mesh / 100 micron
0
£0.00
Unit price per
Please sign in to see pricing
1" Irrigation Pressure Filter - 155 Mesh / 100 micron
0
£0.00
Unit price per
Please sign in to see pricing
The 1" Irrigation Pressure Filter - 155 Mesh / 100 micron is a irrigation filter for compatible professional horticultural irrigation systems.
The stated filtration grade is 155 mesh / 100 micron. Filtration helps protect drippers, sprinklers, foggers and valves from suspended debris that can reduce flow or cause blockage.
Key benefits
- Filtration grade: 155 mesh / 100 micron
- Stated connection/body size: 1"
- For nursery, greenhouse and horticultural water systems
- Colour identification: Yellow
Why irrigation filtration matters
Small emitter waterways are vulnerable to suspended particles. A correctly selected filter reduces the amount of debris reaching downstream equipment, helping maintain irrigation uniformity and reducing avoidable blockage.
The stated grade for this version is 155 mesh / 100 micron. Select filtration according to the water source and the requirements of the most restrictive downstream component.
Choosing filter grade
Mesh and micron figures describe filtration fineness in different ways. A finer filter is not automatically better if it creates excessive pressure loss or requires impractical cleaning frequency. Follow the irrigation-equipment requirements and account for water quality and expected flow.
Installation & pressure loss
Install the filter in the correct flow direction and orientation for the filter body. Allow access for inspection and cleaning. Pipework should be supported so its weight does not strain the filter connections.
As debris accumulates, pressure loss across the filter can increase. Monitor the system and clean the element before restriction begins to affect downstream irrigation performance.
Cleaning & maintenance
Depressurise the system before opening a filter housing. Remove the element carefully and clean it using a method appropriate to the element material and the contamination present. Inspect seals, screens and housing components before reassembly.
Replace damaged or permanently blocked elements rather than operating with compromised filtration.
Water quality & system management
Filtration is one part of irrigation maintenance. Source-water quality, line flushing, storage tanks and chemical or biological contamination can all influence system reliability. Maintain the complete water system rather than relying on the filter alone.
1" Irrigation Pressure Filter - 155 Mesh / 100 micron product details
| Product type | Pressure Filter |
|---|---|
| Stated size | 1" |
| Filtration grade | 155 mesh |
| Equivalent stated filtration | 100 micron |
| Colour | Yellow |
| Application | Professional horticultural irrigation |
1" Irrigation Pressure Filter - 155 Mesh / 100 micron FAQs
What filtration grade is stated?
This version is stated as 155 mesh / 100 micron. What is the filter used for?
It helps remove suspended debris before water reaches downstream irrigation equipment such as drippers, sprinklers, foggers and valves. How do I choose the right filtration grade?
Follow the requirements of the downstream irrigation equipment and consider water quality, flow demand and acceptable pressure loss. Does a finer filter always improve the system?
No. Excessively fine filtration can increase pressure loss and cleaning frequency if it is not appropriate to the water source and equipment. When should the filter be cleaned?
Inspect and clean it before accumulated debris causes unacceptable pressure loss or reduced downstream performance. Should the system be depressurised before opening the filter?
Yes. Safely isolate and depressurise the system before opening a filter housing. Can a damaged element be reused?
No. Replace damaged, distorted or persistently blocked filtration elements. Does filtration remove the need to flush irrigation lines?
No. Filtration and line flushing perform different roles and both may be required as part of system maintenance. How can I tell if the filter is restricting flow?
A growing pressure difference across the filter or reduced downstream performance can indicate that cleaning or inspection is required.
1" Irrigation Pressure Filter - 155 Mesh / 100 micron
0
£0.00
Unit price per
Please sign in to see pricing
1" Irrigation Pressure Filter - 155 Mesh / 100 micron
0
£0.00
Unit price per
Please sign in to see pricing
The 1" Irrigation Pressure Filter - 155 Mesh / 100 micron is a irrigation filter for compatible professional horticultural irrigation systems.
The stated filtration grade is 155 mesh / 100 micron. Filtration helps protect drippers, sprinklers, foggers and valves from suspended debris that can reduce flow or cause blockage.
Key benefits
- Filtration grade: 155 mesh / 100 micron
- Stated connection/body size: 1"
- For nursery, greenhouse and horticultural water systems
- Colour identification: Yellow
Why irrigation filtration matters
Small emitter waterways are vulnerable to suspended particles. A correctly selected filter reduces the amount of debris reaching downstream equipment, helping maintain irrigation uniformity and reducing avoidable blockage.
The stated grade for this version is 155 mesh / 100 micron. Select filtration according to the water source and the requirements of the most restrictive downstream component.
Choosing filter grade
Mesh and micron figures describe filtration fineness in different ways. A finer filter is not automatically better if it creates excessive pressure loss or requires impractical cleaning frequency. Follow the irrigation-equipment requirements and account for water quality and expected flow.
Installation & pressure loss
Install the filter in the correct flow direction and orientation for the filter body. Allow access for inspection and cleaning. Pipework should be supported so its weight does not strain the filter connections.
As debris accumulates, pressure loss across the filter can increase. Monitor the system and clean the element before restriction begins to affect downstream irrigation performance.
Cleaning & maintenance
Depressurise the system before opening a filter housing. Remove the element carefully and clean it using a method appropriate to the element material and the contamination present. Inspect seals, screens and housing components before reassembly.
Replace damaged or permanently blocked elements rather than operating with compromised filtration.
Water quality & system management
Filtration is one part of irrigation maintenance. Source-water quality, line flushing, storage tanks and chemical or biological contamination can all influence system reliability. Maintain the complete water system rather than relying on the filter alone.
1" Irrigation Pressure Filter - 155 Mesh / 100 micron product details
| Product type | Pressure Filter |
|---|---|
| Stated size | 1" |
| Filtration grade | 155 mesh |
| Equivalent stated filtration | 100 micron |
| Colour | Yellow |
| Application | Professional horticultural irrigation |
1" Irrigation Pressure Filter - 155 Mesh / 100 micron FAQs
What filtration grade is stated?
This version is stated as 155 mesh / 100 micron. What is the filter used for?
It helps remove suspended debris before water reaches downstream irrigation equipment such as drippers, sprinklers, foggers and valves. How do I choose the right filtration grade?
Follow the requirements of the downstream irrigation equipment and consider water quality, flow demand and acceptable pressure loss. Does a finer filter always improve the system?
No. Excessively fine filtration can increase pressure loss and cleaning frequency if it is not appropriate to the water source and equipment. When should the filter be cleaned?
Inspect and clean it before accumulated debris causes unacceptable pressure loss or reduced downstream performance. Should the system be depressurised before opening the filter?
Yes. Safely isolate and depressurise the system before opening a filter housing. Can a damaged element be reused?
No. Replace damaged, distorted or persistently blocked filtration elements. Does filtration remove the need to flush irrigation lines?
No. Filtration and line flushing perform different roles and both may be required as part of system maintenance. How can I tell if the filter is restricting flow?
A growing pressure difference across the filter or reduced downstream performance can indicate that cleaning or inspection is required.
1" Irrigation Pressure Filter - 75 Mesh / 200 micron
0
£0.00
Unit price per
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1" Irrigation Pressure Filter - 75 Mesh / 200 micron
0
£0.00
Unit price per
Please sign in to see pricing
The 1" Irrigation Pressure Filter - 75 Mesh / 200 micron is a irrigation filter for compatible professional horticultural irrigation systems.
The stated filtration grade is 75 mesh / 200 micron. Filtration helps protect drippers, sprinklers, foggers and valves from suspended debris that can reduce flow or cause blockage.
Key benefits
- Filtration grade: 75 mesh / 200 micron
- Stated connection/body size: 1"
- For nursery, greenhouse and horticultural water systems
- Colour identification: White
Why irrigation filtration matters
Small emitter waterways are vulnerable to suspended particles. A correctly selected filter reduces the amount of debris reaching downstream equipment, helping maintain irrigation uniformity and reducing avoidable blockage.
The stated grade for this version is 75 mesh / 200 micron. Select filtration according to the water source and the requirements of the most restrictive downstream component.
Choosing filter grade
Mesh and micron figures describe filtration fineness in different ways. A finer filter is not automatically better if it creates excessive pressure loss or requires impractical cleaning frequency. Follow the irrigation-equipment requirements and account for water quality and expected flow.
Installation & pressure loss
Install the filter in the correct flow direction and orientation for the filter body. Allow access for inspection and cleaning. Pipework should be supported so its weight does not strain the filter connections.
As debris accumulates, pressure loss across the filter can increase. Monitor the system and clean the element before restriction begins to affect downstream irrigation performance.
Cleaning & maintenance
Depressurise the system before opening a filter housing. Remove the element carefully and clean it using a method appropriate to the element material and the contamination present. Inspect seals, screens and housing components before reassembly.
Replace damaged or permanently blocked elements rather than operating with compromised filtration.
Water quality & system management
Filtration is one part of irrigation maintenance. Source-water quality, line flushing, storage tanks and chemical or biological contamination can all influence system reliability. Maintain the complete water system rather than relying on the filter alone.
1" Irrigation Pressure Filter - 75 Mesh / 200 micron product details
| Product type | Pressure Filter |
|---|---|
| Stated size | 1" |
| Filtration grade | 75 mesh |
| Equivalent stated filtration | 200 micron |
| Colour | White |
| Application | Professional horticultural irrigation |
1" Irrigation Pressure Filter - 75 Mesh / 200 micron FAQs
What filtration grade is stated?
This version is stated as 75 mesh / 200 micron. What is the filter used for?
It helps remove suspended debris before water reaches downstream irrigation equipment such as drippers, sprinklers, foggers and valves. How do I choose the right filtration grade?
Follow the requirements of the downstream irrigation equipment and consider water quality, flow demand and acceptable pressure loss. Does a finer filter always improve the system?
No. Excessively fine filtration can increase pressure loss and cleaning frequency if it is not appropriate to the water source and equipment. When should the filter be cleaned?
Inspect and clean it before accumulated debris causes unacceptable pressure loss or reduced downstream performance. Should the system be depressurised before opening the filter?
Yes. Safely isolate and depressurise the system before opening a filter housing. Can a damaged element be reused?
No. Replace damaged, distorted or persistently blocked filtration elements. Does filtration remove the need to flush irrigation lines?
No. Filtration and line flushing perform different roles and both may be required as part of system maintenance. How can I tell if the filter is restricting flow?
A growing pressure difference across the filter or reduced downstream performance can indicate that cleaning or inspection is required.
The 1" Solenoid Irrigation Valve - 24V AC is designed for automated control of compatible professional irrigation zones.
Solenoid and pressure-regulating valves allow irrigation sections to be opened, closed or controlled as part of a correctly designed nursery, greenhouse, landscape or horticultural water system.
Key benefits
- Stated valve size: 1"
- Valve type: Solenoid Irrigation Valve
- For professional automated irrigation systems
- Flow control: Not stated
- Electrical designation: 24V AC
Automated irrigation-zone control
Use the valve to control a compatible irrigation zone from the appropriate controller or switching system. Size the valve and pipework for the required zone flow and available pressure, and install it in the correct flow direction.
Where flow control is provided, use it for appropriate adjustment and commissioning rather than as a substitute for correct hydraulic design.
Electrical compatibility
The stated electrical designation for this version is 24V AC. Confirm controller output, solenoid type and wiring requirements before connection. Do not apply an assumed voltage simply because another valve in the same irrigation system uses it.
Electrical installation in wet horticultural environments should use suitable connections and protection and should be carried out in accordance with the applicable installation requirements.
Installation & commissioning
Flush upstream pipework before final commissioning where appropriate. Install the valve with adequate access for service, support connected pipework and avoid transferring pipe strain into the valve body.
Pressurise the system gradually, check for leakage and confirm that the valve opens and closes correctly under normal controller operation.
Flow, pressure & filtration
Valve performance depends on the complete hydraulic system. Available pressure, flow demand, pipe size, elevation and downstream equipment all influence operation. Use filtration appropriate to the water source and the irrigation components being protected.
Maintenance & fault finding
If a valve fails to open, close or regulate correctly, isolate the system safely and check controller output, wiring, solenoid condition, debris, diaphragm or internal components as appropriate to the valve design. Replace damaged parts rather than forcing manual operation.
1" Solenoid Irrigation Valve - 24V AC product details
| Product type | Solenoid Irrigation Valve |
|---|---|
| Valve size | 1" |
| Flow control | Not stated |
| Electrical designation | 24V AC |
| Application | Professional irrigation-zone control |
1" Solenoid Irrigation Valve - 24V AC FAQs
What size is this valve?
The stated valve size is 1". What is a solenoid irrigation valve used for?
It opens and closes an irrigation zone in response to a compatible electrical controller or switching system. Can I connect it to any irrigation controller?
No. Confirm the required solenoid voltage/type and controller output before connection. Does valve size alone determine how much water the zone can supply?
No. Available pressure, pipe sizing, valve characteristics, elevation and downstream flow demand all affect system performance. Should pipework be flushed before commissioning?
Yes where appropriate, to reduce the risk of installation debris entering the valve or downstream irrigation equipment. Is filtration important?
Yes. Suitable filtration can reduce debris-related problems in valves and downstream emitters. How should the valve be installed?
Follow the correct flow direction, support connected pipework and leave adequate access for servicing. What should I check if the valve will not open or close?
Safely check controller output, wiring, solenoid operation, water supply and internal contamination or damage as appropriate. Should the valve be leak-tested after installation?
Yes. Pressurise the system gradually and inspect the valve and connections before routine operation.
1" Solenoid Irrigation Valve - 24V AC - Without Flow Control
3132
£31.32
Unit price per
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1" Solenoid Irrigation Valve - 24V AC - Without Flow Control
3132
£31.32
Unit price per
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The 1" Solenoid Irrigation Valve - 24V AC - Without Flow Control is designed for automated control of compatible professional irrigation zones.
Solenoid and pressure-regulating valves allow irrigation sections to be opened, closed or controlled as part of a correctly designed nursery, greenhouse, landscape or horticultural water system.
Key benefits
- Stated valve size: 1"
- Valve type: Solenoid Irrigation Valve
- For professional automated irrigation systems
- Flow control: No
- Electrical designation: 24V AC
Automated irrigation-zone control
Use the valve to control a compatible irrigation zone from the appropriate controller or switching system. Size the valve and pipework for the required zone flow and available pressure, and install it in the correct flow direction.
Where flow control is provided, use it for appropriate adjustment and commissioning rather than as a substitute for correct hydraulic design.
Electrical compatibility
The stated electrical designation for this version is 24V AC. Confirm controller output, solenoid type and wiring requirements before connection. Do not apply an assumed voltage simply because another valve in the same irrigation system uses it.
Electrical installation in wet horticultural environments should use suitable connections and protection and should be carried out in accordance with the applicable installation requirements.
Installation & commissioning
Flush upstream pipework before final commissioning where appropriate. Install the valve with adequate access for service, support connected pipework and avoid transferring pipe strain into the valve body.
Pressurise the system gradually, check for leakage and confirm that the valve opens and closes correctly under normal controller operation.
Flow, pressure & filtration
Valve performance depends on the complete hydraulic system. Available pressure, flow demand, pipe size, elevation and downstream equipment all influence operation. Use filtration appropriate to the water source and the irrigation components being protected.
Maintenance & fault finding
If a valve fails to open, close or regulate correctly, isolate the system safely and check controller output, wiring, solenoid condition, debris, diaphragm or internal components as appropriate to the valve design. Replace damaged parts rather than forcing manual operation.
1" Solenoid Irrigation Valve - 24V AC - Without Flow Control product details
| Product type | Solenoid Irrigation Valve |
|---|---|
| Valve size | 1" |
| Flow control | No |
| Electrical designation | 24V AC |
| Application | Professional irrigation-zone control |
1" Solenoid Irrigation Valve - 24V AC - Without Flow Control FAQs
What size is this valve?
The stated valve size is 1". What is a solenoid irrigation valve used for?
It opens and closes an irrigation zone in response to a compatible electrical controller or switching system. Can I connect it to any irrigation controller?
No. Confirm the required solenoid voltage/type and controller output before connection. Does valve size alone determine how much water the zone can supply?
No. Available pressure, pipe sizing, valve characteristics, elevation and downstream flow demand all affect system performance. Should pipework be flushed before commissioning?
Yes where appropriate, to reduce the risk of installation debris entering the valve or downstream irrigation equipment. Is filtration important?
Yes. Suitable filtration can reduce debris-related problems in valves and downstream emitters. How should the valve be installed?
Follow the correct flow direction, support connected pipework and leave adequate access for servicing. What should I check if the valve will not open or close?
Safely check controller output, wiring, solenoid operation, water supply and internal contamination or damage as appropriate. Should the valve be leak-tested after installation?
Yes. Pressurise the system gradually and inspect the valve and connections before routine operation.
The 1" Solenoid Irrigation Valve - Male x Male is designed for automated control of compatible professional irrigation zones.
Solenoid and pressure-regulating valves allow irrigation sections to be opened, closed or controlled as part of a correctly designed nursery, greenhouse, landscape or horticultural water system.
Key benefits
- Stated valve size: 1"
- Valve type: Solenoid Irrigation Valve
- For professional automated irrigation systems
- Flow control: Not stated
- Connection: Male x Male
Automated irrigation-zone control
Use the valve to control a compatible irrigation zone from the appropriate controller or switching system. Size the valve and pipework for the required zone flow and available pressure, and install it in the correct flow direction.
Where flow control is provided, use it for appropriate adjustment and commissioning rather than as a substitute for correct hydraulic design.
Electrical compatibility
Confirm controller output, solenoid type and wiring requirements before connection. Do not apply an assumed voltage simply because another valve in the same irrigation system uses it.
Electrical installation in wet horticultural environments should use suitable connections and protection and should be carried out in accordance with the applicable installation requirements.
Installation & commissioning
Flush upstream pipework before final commissioning where appropriate. Install the valve with adequate access for service, support connected pipework and avoid transferring pipe strain into the valve body.
Pressurise the system gradually, check for leakage and confirm that the valve opens and closes correctly under normal controller operation.
Flow, pressure & filtration
Valve performance depends on the complete hydraulic system. Available pressure, flow demand, pipe size, elevation and downstream equipment all influence operation. Use filtration appropriate to the water source and the irrigation components being protected.
Maintenance & fault finding
If a valve fails to open, close or regulate correctly, isolate the system safely and check controller output, wiring, solenoid condition, debris, diaphragm or internal components as appropriate to the valve design. Replace damaged parts rather than forcing manual operation.
1" Solenoid Irrigation Valve - Male x Male product details
| Product type | Solenoid Irrigation Valve |
|---|---|
| Valve size | 1" |
| Flow control | Not stated |
| Connection | Male x Male |
| Application | Professional irrigation-zone control |
1" Solenoid Irrigation Valve - Male x Male FAQs
What size is this valve?
The stated valve size is 1". What is a solenoid irrigation valve used for?
It opens and closes an irrigation zone in response to a compatible electrical controller or switching system. Can I connect it to any irrigation controller?
No. Confirm the required solenoid voltage/type and controller output before connection. Does valve size alone determine how much water the zone can supply?
No. Available pressure, pipe sizing, valve characteristics, elevation and downstream flow demand all affect system performance. Should pipework be flushed before commissioning?
Yes where appropriate, to reduce the risk of installation debris entering the valve or downstream irrigation equipment. Is filtration important?
Yes. Suitable filtration can reduce debris-related problems in valves and downstream emitters. How should the valve be installed?
Follow the correct flow direction, support connected pipework and leave adequate access for servicing. What should I check if the valve will not open or close?
Safely check controller output, wiring, solenoid operation, water supply and internal contamination or damage as appropriate. Should the valve be leak-tested after installation?
Yes. Pressurise the system gradually and inspect the valve and connections before routine operation.
1.2m x 1.2m Square Plastic Garden Tray - Large Plant Watering & Drip Tray
2150
£21.50
Unit price per
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1.2m x 1.2m Square Plastic Garden Tray - Large Plant Watering & Drip Tray
2150
£21.50
Unit price per
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The 1.2m x 1.2m Square Plastic Garden Tray provides a generous contained area for grouping pots, planters and propagation trays while helping to manage watering and irrigation run-off. Manufactured without drainage holes, it can be used as a large drip tray or for bottom watering suitable container-grown plants.
At 120cm x 120cm, this is the larger of the two square tray sizes in the range and provides approximately 1.44m² of usable tray area. The extra space is particularly useful for larger groups of pots or where a substantial contained watering area is required.
Suitable for greenhouses, nurseries, propagation areas and general horticultural use, the tray provides a straightforward way to keep multiple containers together while helping to prevent irrigation water spreading immediately across the surrounding growing surface.
Why choose the 1.2m x 1.2m Square Plastic Tray?
- Large 1.2m x 1.2m footprint - provides approximately 1.44m² of space for pots and plant trays.
- No drainage holes - retains water rather than allowing it to drain directly onto the surface below.
- Suitable for bottom watering - compatible pots can take up moisture through their drainage holes.
- Useful as a large drip tray - catches irrigation run-off from multiple containers.
- Groups plants together - provides one large contained area rather than relying on individual saucers.
- Suitable for pots & planters - useful with a wide range of container-grown plants.
- Propagation applications - the generous footprint can accommodate multiple smaller pots and trays.
- Helps organise growing areas - creates a clearly defined watering and plant-holding area.
- Durable plastic construction - practical for regular horticultural use.
- Professional & domestic applications - suitable for nurseries, greenhouses and general plant growing.
Large tray for bottom watering
The absence of drainage holes means the tray can retain water for bottom watering suitable container-grown plants. Pots with drainage holes can be positioned within the tray and allowed to absorb moisture from below through capillary action within the growing medium.
With its large 1.2m x 1.2m footprint, several containers can be watered within the same area. This can be useful when managing groups of plants where watering each individual pot separately would be less convenient.
Water levels should always be managed according to the crop, container and growing medium being used. Plants requiring freely drained root conditions should not be left standing in excess water for prolonged periods.
Contain irrigation run-off from multiple pots
The tray can also be used simply to collect water draining from pots and planters. Instead of allowing excess irrigation water to spread directly across the surrounding surface, run-off is retained within the tray.
This is particularly useful beneath groups of plants that are regularly hand watered. The large square footprint creates a defined plant area and can reduce the need for numerous individual pot saucers.
1.44m² of tray space
At 1.2m long by 1.2m wide, this tray provides approximately 1.44 square metres of surface area. This gives around 44% more tray area than the 1m x 1m version, making it the better option where additional pot capacity or watering space is required.
Before ordering, allow sufficient space around the tray for access and plant maintenance. The number of pots that can be accommodated will depend on their individual dimensions and the spacing required between plants.
Suitable for nurseries, greenhouses & propagation
| Nurseries | Useful for grouping larger batches of container-grown plants within a defined watering area. |
|---|---|
| Greenhouses | Provides a substantial contained area for pots, planters and smaller trays. |
| Propagation | Can accommodate multiple smaller propagation pots or trays where controlled watering is required. |
| Bottom watering | No drainage holes allow water to be retained for suitable containers to absorb from below. |
| Run-off collection | Helps contain water draining from multiple pots during irrigation. |
1.2m x 1.2m Square Plastic Tray product details
| Product | Square Plastic Garden Tray |
|---|---|
| Product type | Large plant watering & drip tray |
| Length | 1.2m |
| Width | 1.2m |
| Tray area | Approximately 1.44m² |
| Material | Plastic |
| Drainage holes | None |
| Suitable for | Pots, planters, propagation trays, bottom watering & irrigation run-off collection |
| Primary application | Plant watering, grouping containers & containing drainage |
1.2m x 1.2m Square Plastic Tray FAQs
What size is this plastic tray?
The tray measures 1.2m x 1.2m, giving approximately 1.44m² of tray area. Does the tray have drainage holes?
No. The tray is manufactured without drainage holes, allowing it to retain irrigation water and run-off. Can the tray be used for bottom watering?
Yes. Suitable pots with drainage holes can be positioned in the tray and allowed to absorb water from below. The amount of water should be appropriate for the plants and growing medium being used. How much larger is this than the 1m x 1m tray?
The 1.2m x 1.2m tray provides approximately 1.44m² of area, compared with 1m² for the smaller version. This gives approximately 44% more tray area. Can several plant pots be placed in the tray?
Yes. Its large footprint is particularly useful for grouping multiple pots together. The exact number will depend on the diameter of the pots and the spacing required between plants. Will it catch water draining from pots?
Yes. With no drainage holes, the tray can collect water draining from pots and help contain irrigation run-off within the growing area. Can propagation trays be placed inside it?
Yes. The large square footprint can accommodate multiple smaller propagation trays or groups of individual propagation pots, subject to their dimensions. Is this suitable for commercial nursery use?
Yes. Its large size makes it suitable for professional nurseries and greenhouse growing areas as well as general horticultural use. Should plants be left standing in water?
Only where appropriate for the crop and growing medium. Plants requiring freely drained root conditions should not be left standing in excess water for prolonged periods. Is a smaller version available?
Yes. A 1m x 1m Square Plastic Tray is also available where a more compact footprint is required.
1.5" Irrigation Filter Element - 155 Mesh / 100 micron
0
£0.00
Unit price per
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1.5" Irrigation Filter Element - 155 Mesh / 100 micron
0
£0.00
Unit price per
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The 1.5" Irrigation Filter Element - 155 Mesh / 100 micron is a replacement filtration element for compatible professional horticultural irrigation systems.
The stated filtration grade is 155 mesh / 100 micron. Filtration helps protect drippers, sprinklers, foggers and valves from suspended debris that can reduce flow or cause blockage.
Key benefits
- Filtration grade: 155 mesh / 100 micron
- Stated connection/body size: 1.5"
- For nursery, greenhouse and horticultural water systems
- Replacement filter-element format
- Colour identification: Yellow
Why irrigation filtration matters
Small emitter waterways are vulnerable to suspended particles. A correctly selected filter reduces the amount of debris reaching downstream equipment, helping maintain irrigation uniformity and reducing avoidable blockage.
The stated grade for this version is 155 mesh / 100 micron. Select filtration according to the water source and the requirements of the most restrictive downstream component.
Choosing filter grade
Mesh and micron figures describe filtration fineness in different ways. A finer filter is not automatically better if it creates excessive pressure loss or requires impractical cleaning frequency. Follow the irrigation-equipment requirements and account for water quality and expected flow.
Installation & pressure loss
Install the filter in the correct flow direction and orientation for the filter body. Allow access for inspection and cleaning. Pipework should be supported so its weight does not strain the filter connections.
As debris accumulates, pressure loss across the filter can increase. Monitor the system and clean the element before restriction begins to affect downstream irrigation performance.
Cleaning & maintenance
Depressurise the system before opening a filter housing. Remove the element carefully and clean it using a method appropriate to the element material and the contamination present. Inspect seals, screens and housing components before reassembly.
Replace damaged or permanently blocked elements rather than operating with compromised filtration.
Water quality & system management
Filtration is one part of irrigation maintenance. Source-water quality, line flushing, storage tanks and chemical or biological contamination can all influence system reliability. Maintain the complete water system rather than relying on the filter alone.
1.5" Irrigation Filter Element - 155 Mesh / 100 micron product details
| Product type | Replacement filter element |
|---|---|
| Stated size | 1.5" |
| Filtration grade | 155 mesh |
| Equivalent stated filtration | 100 micron |
| Colour | Yellow |
| Application | Professional horticultural irrigation |
1.5" Irrigation Filter Element - 155 Mesh / 100 micron FAQs
What filtration grade is stated?
This version is stated as 155 mesh / 100 micron. What is the filter used for?
It helps remove suspended debris before water reaches downstream irrigation equipment such as drippers, sprinklers, foggers and valves. How do I choose the right filtration grade?
Follow the requirements of the downstream irrigation equipment and consider water quality, flow demand and acceptable pressure loss. Does a finer filter always improve the system?
No. Excessively fine filtration can increase pressure loss and cleaning frequency if it is not appropriate to the water source and equipment. When should the filter be cleaned?
Inspect and clean it before accumulated debris causes unacceptable pressure loss or reduced downstream performance. Should the system be depressurised before opening the filter?
Yes. Safely isolate and depressurise the system before opening a filter housing. Can a damaged element be reused?
No. Replace damaged, distorted or persistently blocked filtration elements. Does filtration remove the need to flush irrigation lines?
No. Filtration and line flushing perform different roles and both may be required as part of system maintenance. How can I tell if the filter is restricting flow?
A growing pressure difference across the filter or reduced downstream performance can indicate that cleaning or inspection is required.
1.5" Irrigation Filter Element - 75 Mesh / 200 micron
0
£0.00
Unit price per
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1.5" Irrigation Filter Element - 75 Mesh / 200 micron
0
£0.00
Unit price per
Please sign in to see pricing
The 1.5" Irrigation Filter Element - 75 Mesh / 200 micron is a replacement filtration element for compatible professional horticultural irrigation systems.
The stated filtration grade is 75 mesh / 200 micron. Filtration helps protect drippers, sprinklers, foggers and valves from suspended debris that can reduce flow or cause blockage.
Key benefits
- Filtration grade: 75 mesh / 200 micron
- Stated connection/body size: 1.5"
- For nursery, greenhouse and horticultural water systems
- Replacement filter-element format
- Colour identification: White
Why irrigation filtration matters
Small emitter waterways are vulnerable to suspended particles. A correctly selected filter reduces the amount of debris reaching downstream equipment, helping maintain irrigation uniformity and reducing avoidable blockage.
The stated grade for this version is 75 mesh / 200 micron. Select filtration according to the water source and the requirements of the most restrictive downstream component.
Choosing filter grade
Mesh and micron figures describe filtration fineness in different ways. A finer filter is not automatically better if it creates excessive pressure loss or requires impractical cleaning frequency. Follow the irrigation-equipment requirements and account for water quality and expected flow.
Installation & pressure loss
Install the filter in the correct flow direction and orientation for the filter body. Allow access for inspection and cleaning. Pipework should be supported so its weight does not strain the filter connections.
As debris accumulates, pressure loss across the filter can increase. Monitor the system and clean the element before restriction begins to affect downstream irrigation performance.
Cleaning & maintenance
Depressurise the system before opening a filter housing. Remove the element carefully and clean it using a method appropriate to the element material and the contamination present. Inspect seals, screens and housing components before reassembly.
Replace damaged or permanently blocked elements rather than operating with compromised filtration.
Water quality & system management
Filtration is one part of irrigation maintenance. Source-water quality, line flushing, storage tanks and chemical or biological contamination can all influence system reliability. Maintain the complete water system rather than relying on the filter alone.
1.5" Irrigation Filter Element - 75 Mesh / 200 micron product details
| Product type | Replacement filter element |
|---|---|
| Stated size | 1.5" |
| Filtration grade | 75 mesh |
| Equivalent stated filtration | 200 micron |
| Colour | White |
| Application | Professional horticultural irrigation |
1.5" Irrigation Filter Element - 75 Mesh / 200 micron FAQs
What filtration grade is stated?
This version is stated as 75 mesh / 200 micron. What is the filter used for?
It helps remove suspended debris before water reaches downstream irrigation equipment such as drippers, sprinklers, foggers and valves. How do I choose the right filtration grade?
Follow the requirements of the downstream irrigation equipment and consider water quality, flow demand and acceptable pressure loss. Does a finer filter always improve the system?
No. Excessively fine filtration can increase pressure loss and cleaning frequency if it is not appropriate to the water source and equipment. When should the filter be cleaned?
Inspect and clean it before accumulated debris causes unacceptable pressure loss or reduced downstream performance. Should the system be depressurised before opening the filter?
Yes. Safely isolate and depressurise the system before opening a filter housing. Can a damaged element be reused?
No. Replace damaged, distorted or persistently blocked filtration elements. Does filtration remove the need to flush irrigation lines?
No. Filtration and line flushing perform different roles and both may be required as part of system maintenance. How can I tell if the filter is restricting flow?
A growing pressure difference across the filter or reduced downstream performance can indicate that cleaning or inspection is required.
1.5" Irrigation Y Filter - 155 Mesh / 100 micron
0
£0.00
Unit price per
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1.5" Irrigation Y Filter - 155 Mesh / 100 micron
0
£0.00
Unit price per
Please sign in to see pricing
The 1.5" Irrigation Y Filter - 155 Mesh / 100 micron is a irrigation filter for compatible professional horticultural irrigation systems.
The stated filtration grade is 155 mesh / 100 micron. Filtration helps protect drippers, sprinklers, foggers and valves from suspended debris that can reduce flow or cause blockage.
Key benefits
- Filtration grade: 155 mesh / 100 micron
- Stated connection/body size: 1.5"
- For nursery, greenhouse and horticultural water systems
- Colour identification: Yellow
Why irrigation filtration matters
Small emitter waterways are vulnerable to suspended particles. A correctly selected filter reduces the amount of debris reaching downstream equipment, helping maintain irrigation uniformity and reducing avoidable blockage.
The stated grade for this version is 155 mesh / 100 micron. Select filtration according to the water source and the requirements of the most restrictive downstream component.
Choosing filter grade
Mesh and micron figures describe filtration fineness in different ways. A finer filter is not automatically better if it creates excessive pressure loss or requires impractical cleaning frequency. Follow the irrigation-equipment requirements and account for water quality and expected flow.
Installation & pressure loss
Install the filter in the correct flow direction and orientation for the filter body. Allow access for inspection and cleaning. Pipework should be supported so its weight does not strain the filter connections.
As debris accumulates, pressure loss across the filter can increase. Monitor the system and clean the element before restriction begins to affect downstream irrigation performance.
Cleaning & maintenance
Depressurise the system before opening a filter housing. Remove the element carefully and clean it using a method appropriate to the element material and the contamination present. Inspect seals, screens and housing components before reassembly.
Replace damaged or permanently blocked elements rather than operating with compromised filtration.
Water quality & system management
Filtration is one part of irrigation maintenance. Source-water quality, line flushing, storage tanks and chemical or biological contamination can all influence system reliability. Maintain the complete water system rather than relying on the filter alone.
1.5" Irrigation Y Filter - 155 Mesh / 100 micron product details
| Product type | Y Filter |
|---|---|
| Stated size | 1.5" |
| Filtration grade | 155 mesh |
| Equivalent stated filtration | 100 micron |
| Colour | Yellow |
| Application | Professional horticultural irrigation |
1.5" Irrigation Y Filter - 155 Mesh / 100 micron FAQs
What filtration grade is stated?
This version is stated as 155 mesh / 100 micron. What is the filter used for?
It helps remove suspended debris before water reaches downstream irrigation equipment such as drippers, sprinklers, foggers and valves. How do I choose the right filtration grade?
Follow the requirements of the downstream irrigation equipment and consider water quality, flow demand and acceptable pressure loss. Does a finer filter always improve the system?
No. Excessively fine filtration can increase pressure loss and cleaning frequency if it is not appropriate to the water source and equipment. When should the filter be cleaned?
Inspect and clean it before accumulated debris causes unacceptable pressure loss or reduced downstream performance. Should the system be depressurised before opening the filter?
Yes. Safely isolate and depressurise the system before opening a filter housing. Can a damaged element be reused?
No. Replace damaged, distorted or persistently blocked filtration elements. Does filtration remove the need to flush irrigation lines?
No. Filtration and line flushing perform different roles and both may be required as part of system maintenance. How can I tell if the filter is restricting flow?
A growing pressure difference across the filter or reduced downstream performance can indicate that cleaning or inspection is required.
1.5" Irrigation Y Filter - 75 Mesh / 200 micron
0
£0.00
Unit price per
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1.5" Irrigation Y Filter - 75 Mesh / 200 micron
0
£0.00
Unit price per
Please sign in to see pricing
The 1.5" Irrigation Y Filter - 75 Mesh / 200 micron is a irrigation filter for compatible professional horticultural irrigation systems.
The stated filtration grade is 75 mesh / 200 micron. Filtration helps protect drippers, sprinklers, foggers and valves from suspended debris that can reduce flow or cause blockage.
Key benefits
- Filtration grade: 75 mesh / 200 micron
- Stated connection/body size: 1.5"
- For nursery, greenhouse and horticultural water systems
- Colour identification: White
Why irrigation filtration matters
Small emitter waterways are vulnerable to suspended particles. A correctly selected filter reduces the amount of debris reaching downstream equipment, helping maintain irrigation uniformity and reducing avoidable blockage.
The stated grade for this version is 75 mesh / 200 micron. Select filtration according to the water source and the requirements of the most restrictive downstream component.
Choosing filter grade
Mesh and micron figures describe filtration fineness in different ways. A finer filter is not automatically better if it creates excessive pressure loss or requires impractical cleaning frequency. Follow the irrigation-equipment requirements and account for water quality and expected flow.
Installation & pressure loss
Install the filter in the correct flow direction and orientation for the filter body. Allow access for inspection and cleaning. Pipework should be supported so its weight does not strain the filter connections.
As debris accumulates, pressure loss across the filter can increase. Monitor the system and clean the element before restriction begins to affect downstream irrigation performance.
Cleaning & maintenance
Depressurise the system before opening a filter housing. Remove the element carefully and clean it using a method appropriate to the element material and the contamination present. Inspect seals, screens and housing components before reassembly.
Replace damaged or permanently blocked elements rather than operating with compromised filtration.
Water quality & system management
Filtration is one part of irrigation maintenance. Source-water quality, line flushing, storage tanks and chemical or biological contamination can all influence system reliability. Maintain the complete water system rather than relying on the filter alone.
1.5" Irrigation Y Filter - 75 Mesh / 200 micron product details
| Product type | Y Filter |
|---|---|
| Stated size | 1.5" |
| Filtration grade | 75 mesh |
| Equivalent stated filtration | 200 micron |
| Colour | White |
| Application | Professional horticultural irrigation |
1.5" Irrigation Y Filter - 75 Mesh / 200 micron FAQs
What filtration grade is stated?
This version is stated as 75 mesh / 200 micron. What is the filter used for?
It helps remove suspended debris before water reaches downstream irrigation equipment such as drippers, sprinklers, foggers and valves. How do I choose the right filtration grade?
Follow the requirements of the downstream irrigation equipment and consider water quality, flow demand and acceptable pressure loss. Does a finer filter always improve the system?
No. Excessively fine filtration can increase pressure loss and cleaning frequency if it is not appropriate to the water source and equipment. When should the filter be cleaned?
Inspect and clean it before accumulated debris causes unacceptable pressure loss or reduced downstream performance. Should the system be depressurised before opening the filter?
Yes. Safely isolate and depressurise the system before opening a filter housing. Can a damaged element be reused?
No. Replace damaged, distorted or persistently blocked filtration elements. Does filtration remove the need to flush irrigation lines?
No. Filtration and line flushing perform different roles and both may be required as part of system maintenance. How can I tell if the filter is restricting flow?
A growing pressure difference across the filter or reduced downstream performance can indicate that cleaning or inspection is required.
1.5" Pressure-Regulating Control Valve - 0.8–6 bar - 24V AC
24224
£242.24
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1.5" Pressure-Regulating Control Valve - 0.8–6 bar - 24V AC
24224
£242.24
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The 1.5" Pressure-Regulating Control Valve - 0.8–6 bar - 24V AC is designed for automated control of compatible professional irrigation zones.
Solenoid and pressure-regulating valves allow irrigation sections to be opened, closed or controlled as part of a correctly designed nursery, greenhouse, landscape or horticultural water system.
Key benefits
- Stated valve size: 1.5"
- Valve type: Pressure-Regulating Control Valve
- For professional automated irrigation systems
- Pressure-regulation range stated: 0.8–6 bar
Pressure regulation within irrigation zones
This valve is stated with a pressure-regulation range of 0.8–6 bar. Set and verify downstream pressure according to the requirements of the irrigation equipment and zone rather than assuming one pressure is suitable for every emitter or sprinkler.
Pressure regulation cannot compensate for an undersized water supply, excessive flow demand or unsuitable pipe sizing.
Electrical compatibility
Confirm controller output, solenoid type and wiring requirements before connection. Do not apply an assumed voltage simply because another valve in the same irrigation system uses it.
Electrical installation in wet horticultural environments should use suitable connections and protection and should be carried out in accordance with the applicable installation requirements.
Installation & commissioning
Flush upstream pipework before final commissioning where appropriate. Install the valve with adequate access for service, support connected pipework and avoid transferring pipe strain into the valve body.
Pressurise the system gradually, check for leakage and confirm that the valve opens and closes correctly under normal controller operation.
Flow, pressure & filtration
Valve performance depends on the complete hydraulic system. Available pressure, flow demand, pipe size, elevation and downstream equipment all influence operation. Use filtration appropriate to the water source and the irrigation components being protected.
Maintenance & fault finding
If a valve fails to open, close or regulate correctly, isolate the system safely and check controller output, wiring, solenoid condition, debris, diaphragm or internal components as appropriate to the valve design. Replace damaged parts rather than forcing manual operation.
1.5" Pressure-Regulating Control Valve - 0.8–6 bar - 24V AC product details
| Product type | Pressure-Regulating Control Valve |
|---|---|
| Valve size | 1.5" |
| Pressure-regulation range | 0.8–6 bar |
| Application | Professional irrigation-zone control |
1.5" Pressure-Regulating Control Valve - 0.8–6 bar - 24V AC FAQs
What size is this valve?
The stated valve size is 1.5". What is a solenoid irrigation valve used for?
It opens and closes an irrigation zone in response to a compatible electrical controller or switching system. What pressure range is stated?
The stated pressure-regulation range is 0.8–6 bar. Can I connect it to any irrigation controller?
No. Confirm the required solenoid voltage/type and controller output before connection. Does valve size alone determine how much water the zone can supply?
No. Available pressure, pipe sizing, valve characteristics, elevation and downstream flow demand all affect system performance. Should pipework be flushed before commissioning?
Yes where appropriate, to reduce the risk of installation debris entering the valve or downstream irrigation equipment. Is filtration important?
Yes. Suitable filtration can reduce debris-related problems in valves and downstream emitters. How should the valve be installed?
Follow the correct flow direction, support connected pipework and leave adequate access for servicing. What should I check if the valve will not open or close?
Safely check controller output, wiring, solenoid operation, water supply and internal contamination or damage as appropriate. Should the valve be leak-tested after installation?
Yes. Pressurise the system gradually and inspect the valve and connections before routine operation.
1.5" Pressure-Regulating Solenoid Valve - 0.8–6 bar - 24V AC
22702
£227.02
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1.5" Pressure-Regulating Solenoid Valve - 0.8–6 bar - 24V AC
22702
£227.02
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The 1.5" Pressure-Regulating Solenoid Valve - 0.8–6 bar - 24V AC is designed for automated control of compatible professional irrigation zones.
Solenoid and pressure-regulating valves allow irrigation sections to be opened, closed or controlled as part of a correctly designed nursery, greenhouse, landscape or horticultural water system.
Key benefits
- Stated valve size: 1.5"
- Valve type: Pressure-Regulating Solenoid Valve
- For professional automated irrigation systems
- Electrical designation: 24V AC
- Pressure-regulation range stated: 0.8–6 bar
Pressure regulation within irrigation zones
This valve is stated with a pressure-regulation range of 0.8–6 bar. Set and verify downstream pressure according to the requirements of the irrigation equipment and zone rather than assuming one pressure is suitable for every emitter or sprinkler.
Pressure regulation cannot compensate for an undersized water supply, excessive flow demand or unsuitable pipe sizing.
Electrical compatibility
The stated electrical designation for this version is 24V AC. Confirm controller output, solenoid type and wiring requirements before connection. Do not apply an assumed voltage simply because another valve in the same irrigation system uses it.
Electrical installation in wet horticultural environments should use suitable connections and protection and should be carried out in accordance with the applicable installation requirements.
Installation & commissioning
Flush upstream pipework before final commissioning where appropriate. Install the valve with adequate access for service, support connected pipework and avoid transferring pipe strain into the valve body.
Pressurise the system gradually, check for leakage and confirm that the valve opens and closes correctly under normal controller operation.
Flow, pressure & filtration
Valve performance depends on the complete hydraulic system. Available pressure, flow demand, pipe size, elevation and downstream equipment all influence operation. Use filtration appropriate to the water source and the irrigation components being protected.
Maintenance & fault finding
If a valve fails to open, close or regulate correctly, isolate the system safely and check controller output, wiring, solenoid condition, debris, diaphragm or internal components as appropriate to the valve design. Replace damaged parts rather than forcing manual operation.
1.5" Pressure-Regulating Solenoid Valve - 0.8–6 bar - 24V AC product details
| Product type | Pressure-Regulating Solenoid Valve |
|---|---|
| Valve size | 1.5" |
| Electrical designation | 24V AC |
| Pressure-regulation range | 0.8–6 bar |
| Application | Professional irrigation-zone control |
1.5" Pressure-Regulating Solenoid Valve - 0.8–6 bar - 24V AC FAQs
What size is this valve?
The stated valve size is 1.5". What is a solenoid irrigation valve used for?
It opens and closes an irrigation zone in response to a compatible electrical controller or switching system. What pressure range is stated?
The stated pressure-regulation range is 0.8–6 bar. Can I connect it to any irrigation controller?
No. Confirm the required solenoid voltage/type and controller output before connection. Does valve size alone determine how much water the zone can supply?
No. Available pressure, pipe sizing, valve characteristics, elevation and downstream flow demand all affect system performance. Should pipework be flushed before commissioning?
Yes where appropriate, to reduce the risk of installation debris entering the valve or downstream irrigation equipment. Is filtration important?
Yes. Suitable filtration can reduce debris-related problems in valves and downstream emitters. How should the valve be installed?
Follow the correct flow direction, support connected pipework and leave adequate access for servicing. What should I check if the valve will not open or close?
Safely check controller output, wiring, solenoid operation, water supply and internal contamination or damage as appropriate. Should the valve be leak-tested after installation?
Yes. Pressurise the system gradually and inspect the valve and connections before routine operation.
1.9L Luna Bowl Terracotta Planter 21.5cm x 9.5cm
47
£0.47
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1.9L Luna Bowl Terracotta Planter 21.5cm x 9.5cm
47
£0.47
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The 1.9L Luna Bowl Terracotta Planter 21.5cm x 9.5cm is a decorative bowl planter for attractive container planting in gardens, patios, entrances and retail displays.
Its shape and decorative finish make it suitable for low-profile seasonal planting, mixed bedding displays and compact ornamental arrangements. It has a stated capacity of 1.9L, stated dimensions of 21.5cm x 9.5cm.
Sold individually. A full pallet contains 3000 planters for commercial volume orders.
Key benefits
- Decorative bowl planter for garden, patio and retail displays
- Stated dimensions: 21.5cm x 9.5cm
- 1.9L stated capacity
- Sold individually, allowing flexible ordering
- Suitable for seasonal replanting and changing displays
- Useful for domestic, landscaping and garden-centre applications
Ideal for container planting
This planter can be used for low-profile seasonal planting, mixed bedding displays and compact ornamental arrangements. Choose plants whose mature size and root requirements suit the available container volume.
For mixed displays, combine plants with similar requirements for light, watering and feeding so that the planting remains easier to manage throughout the season.
Planting & care
Use a suitable container growing medium and avoid excessive compaction when filling. Check that water can drain appropriately for the plants being grown, and position the planter on a stable surface before filling.
Water according to the crop, weather and moisture level of the growing medium. Container-grown plants may also require supplementary feeding as nutrients in the substrate are used over time.
For garden centres, landscapers & larger planting schemes
The planter is sold individually, making it practical for both one-off displays and larger projects. For volume planning, a full pallet contains 3000 planters.
1.9L Luna Bowl Terracotta Planter 21.5cm x 9.5cm product details
| Brand | Growers Own |
|---|---|
| Product type | Decorative bowl planter |
| Selling quantity | 1 planter |
| Capacity | 1.9L |
| Stated dimensions | 21.5cm x 9.5cm |
| Pallet quantity | 3000 planters |
1.9L Luna Bowl Terracotta Planter 21.5cm x 9.5cm FAQs
Is this planter sold individually?
Yes. The price and ordering quantity are for one planter. What capacity is this planter?
The stated capacity is 1.9L. What size is the planter?
The stated dimensions are 21.5cm x 9.5cm. What can I plant in it?
It is suitable for low-profile seasonal planting, mixed bedding displays and compact ornamental arrangements, provided the chosen plants are appropriate for the available root volume. What compost should I use?
Use a container growing medium suited to the plants being grown. The required drainage, moisture retention and nutrient level will vary by plant type. Can I create a mixed planting display?
Yes. Choose plants with compatible light, watering and feeding requirements and allow enough space for their mature growth. How often should I water it?
Water according to plant demand and the moisture level of the growing medium rather than following a fixed timetable. Containers can dry more quickly in warm, bright or windy conditions. How many planters are on a full pallet?
A full pallet contains 3000 planters. Individual planters can still be ordered separately.
10 Way Plastic Airline Manifold – 8mm Inlet to 4mm Outlets
145
£1.45
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10 Way Plastic Airline Manifold – 8mm Inlet to 4mm Outlets
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10 way plastic airline manifold for splitting one 8mm air supply into ten separate 4mm airline feeds.
This 10 Way Plastic Airline Manifold makes it easy to distribute air from a single larger air pump or compressor across multiple air stones, air curtains or other aeration points.
The manifold has one 8mm inlet and ten 4mm outlets, allowing a larger incoming airline to be divided into ten individual feeds. It is a simple way to build an organised multi-point aeration system without requiring a separate pump outlet for every air stone.
Particularly useful for hydroponic reservoirs and multi-pot systems, the manifold can also be used to distribute nutrient solution in suitable NFT installations.
Why use a 10 Way Airline Manifold?
- Ten separate outlets – distribute one air supply across up to ten individual airline runs.
- 8mm inlet – connects to a suitable larger airline from an air pump or compressor.
- Ten 4mm outlets – ideal for connecting individual airline feeds to compatible air stones and aeration equipment.
- Ideal for multi-point aeration – useful when several reservoirs, pots or air stones need to run from one pump.
- Neater system layout – brings multiple airline branches together at one central distribution point.
- Suitable for hydroponics – use for aeration in nutrient reservoirs, DWC and other hydroponic growing systems.
What is a 10 way airline manifold used for?
An airline manifold divides the output from one larger air pump or compressor into several smaller feeds. This 10 way version provides ten 4mm outlets, making it particularly useful where several air stones or aeration devices need to operate from the same main air supply.
It can be used to aerate nutrient reservoirs, DWC systems and other hydroponic setups where oxygenation is required at multiple points.
The manifold can also be incorporated into suitable NFT systems to divide nutrient solution between multiple feeds.
How to use the 10 Way Plastic Airline Manifold
Connect the 8mm inlet to the main airline from a suitably sized air pump or compressor. Attach 4mm airline to the required outlets, then route each individual line to its air stone, air curtain or other compatible aeration device.
Keep airline runs tidy and avoid unnecessary kinks or restrictions. The airflow available at each outlet will depend on the total output of the air pump, the number of outlets being used, airline length and the resistance created by the connected air stones or diffusers.
For a larger multi-point setup, choosing an air pump with sufficient capacity is important because the pump's total air output is shared across the connected outlets.
Product details
| Product type | Air / nutrient distribution manifold |
|---|---|
| Number of outlets | 10 |
| Inlet size | 8mm |
| Outlet size | 4mm |
| Configuration | 1 inlet to 10 outlets |
| Construction | Plastic |
| Primary application | Splitting airline from an air pump or compressor |
| Typical applications | Air stones, hydroponic aeration, nutrient reservoirs, DWC & suitable NFT systems |
10 Way Plastic Airline Manifold FAQs
What does a 10 way airline manifold do?
It divides one larger air supply into ten smaller feeds, allowing multiple air stones or other aeration devices to operate from a suitable air pump or compressor.
What size connections does the 10 way manifold have?
It has one 8mm inlet and ten 4mm outlets.
What size airline fits the outlets?
The ten outlets are designed for compatible 4mm airline commonly used with hydroponic air stones and aeration equipment.
How many air stones can I connect?
The manifold provides ten individual outlets, so it can supply up to ten separate airline runs. Effective performance will depend on the output of the air pump and the resistance created by the connected equipment.
Can I use this manifold with a hydroponic air pump?
Yes. Its primary purpose is to divide the output from a suitable larger air pump or compressor between multiple airline feeds.
Is the 10 way manifold suitable for DWC?
Yes. It is useful for DWC and other hydroponic systems where a suitably sized air pump needs to supply air to several buckets, reservoirs or air stones.
Can this manifold distribute nutrient solution?
Yes. As well as dividing airline, this style of manifold can be used to distribute nutrient solution in suitable NFT systems.
Does the manifold control the airflow to each outlet?
No. This is a simple distribution manifold without individual airflow control valves.
Do I need to use all ten outlets?
No. The number of outlets used can be matched to the system, but unused outlets need to be closed off appropriately to prevent unnecessary loss of air.
The 100L Heavy Duty Tree Pot with Handles is a professional growing container designed for container production and handling of larger trees and shrubs.
The 100L format provides substantial root volume for crops that need more space than standard nursery pots, while the container style is intended for repeated handling through production, spacing, irrigation and dispatch.
Sold individually. A full commercial pallet contains 240 pots.
Key benefits
- 100L nominal capacity
- Designed for container production and handling of larger trees and shrubs
- Single-pot selling unit
- Suitable for professional nursery, landscape and tree production
- Integrated handles stated for easier handling of larger containers
- Commercial pallet quantity: 240 pots
Tree & shrub container production
The 100L format is suited to larger woody nursery stock where adequate root volume and practical container handling are important. Select container size according to crop vigour, root development, production period and final sale specification.
Where handles are incorporated into the pot design, they can assist positioning and handling, but a filled 100L container may still require appropriate manual-handling controls or mechanical assistance.
Choosing the growing medium
Use a professional growing medium appropriate to the crop, container size and irrigation system. Larger pots need a substrate with enough structure to maintain air-filled porosity and drainage throughout the production period while retaining sufficient available moisture.
Avoid excessive compaction during filling. Settle the medium consistently and leave suitable watering space at the top of the container.
Irrigation & root-zone management
Container size has a major effect on drying behaviour. Check moisture through the root zone rather than judging only the surface, and adjust irrigation frequency and volume as crop size, weather and rooting increase.
Ensure drainage points remain clear and avoid leaving containers standing in prolonged saturation unless the crop and production system are specifically designed for it.
Handling, spacing & stability
Position larger pots on a stable, well-drained growing surface and allow sufficient spacing for crop development and access. Consider wind exposure as top-heavy trees and shrubs develop.
Filled containers can be substantially heavier than their nominal litre capacity suggests. Use appropriate lifting and handling methods, particularly with the larger sizes in this range.
Reuse & crop hygiene
Where pots remain serviceable, they may be reused subject to the nursery's crop-hygiene requirements. Remove old substrate and plant material, inspect the container for damage and clean or disinfect as appropriate before the next crop cycle.
100L Heavy Duty Tree Pot with Handles product details
| Product type | Heavy-Duty Tree Pot with Handles |
|---|---|
| Nominal capacity | 100L |
| Selling quantity | 1 pot |
| Primary application | container production and handling of larger trees and shrubs |
| Handles | Yes |
| Commercial pallet quantity | 240 pots |
100L Heavy Duty Tree Pot with Handles FAQs
Is this nursery pot sold individually?
Yes. The selling unit is one pot. What capacity is this pot?
The stated nominal capacity is 100L. What is this pot suitable for?
It is intended for container production and handling of larger trees and shrubs. What growing medium should I use?
Use a professional substrate appropriate to the crop, container size and irrigation system, with suitable structure, drainage, aeration and moisture retention. How should larger pots be watered?
Check moisture through the root zone and adjust irrigation to crop size, rooting, weather and substrate behaviour rather than relying on a fixed timetable. Can the pot be reused?
Yes where it remains serviceable and nursery hygiene requirements are met. Remove old substrate and clean appropriately before reuse. What should I consider when moving a filled pot?
A filled and watered container can be very heavy. Use appropriate manual-handling methods or mechanical assistance where required. How do I choose between pot sizes?
Match container volume to crop vigour, root development, production period and intended finished-plant size. Do the handles mean the pot can always be lifted by one person?
No. Handles can assist positioning, but the filled weight may still require team handling or mechanical assistance. How many pots are on a full pallet?
A full commercial pallet contains 240 pots. The product itself is sold individually.
The 100m of 16 Core LV Cable is designed for wiring compatible low-voltage irrigation control systems.
This product is intended for practical professional horticultural, nursery, greenhouse, landscaping or garden use according to its specific application.
Key benefits
- Product type: Low-Voltage Multicore Irrigation Cable
- Designed for wiring compatible low-voltage irrigation control systems
- Source dimensions and technical designations retained
- Practical professional horticultural application
Low-voltage irrigation control wiring
Use the multicore cable only with compatible low-voltage irrigation controllers, solenoids and installation methods. Core count should match the control layout and allow for common wiring and the number of independently controlled zones.
Protect cable from mechanical damage and use suitable joints and enclosures for the installation environment.
Use & maintenance
Keep the product clean and inspect it periodically for wear, damage or contamination appropriate to its application. Store it in conditions that protect it from unnecessary weather, crushing or physical damage.
Choosing the right product
Check dimensions, capacity, connection type or intended application before ordering. Similar-looking horticultural products may not be interchangeable where technical compatibility matters.
100m of 16 Core LV Cable product details
| Product type | Low-Voltage Multicore Irrigation Cable |
|---|---|
| Primary use | wiring compatible low-voltage irrigation control systems |
| Source designation | 100m of 16 Core LV Cable |
| Application | Professional horticulture, nursery, greenhouse, landscaping or garden use |
100m of 16 Core LV Cable FAQs
What is this product used for?
Wiring compatible low-voltage irrigation control systems. Who is it suitable for?
Professional growers, nurseries, landscapers, garden centres or gardeners where the product matches the intended task. Are the dimensions and technical details retained?
Yes. The product title retains the relevant source dimensions or technical designation. How should it be maintained?
Keep it clean, inspect it for damage and follow maintenance appropriate to the product type. How should it be stored?
Store it clean and protected from unnecessary weather, contamination or physical damage. How do I check compatibility?
Check dimensions, connection type, capacity and intended application before ordering. Can it be used outside its intended application?
Use it only where its design and specification are suitable for the task. Should it be inspected before use?
Yes. Check condition and suitability before putting the product into service.
The 100m of 20 Core LV Cable is designed for wiring compatible low-voltage irrigation control systems.
This product is intended for practical professional horticultural, nursery, greenhouse, landscaping or garden use according to its specific application.
Key benefits
- Product type: Low-Voltage Multicore Irrigation Cable
- Designed for wiring compatible low-voltage irrigation control systems
- Source dimensions and technical designations retained
- Practical professional horticultural application
Low-voltage irrigation control wiring
Use the multicore cable only with compatible low-voltage irrigation controllers, solenoids and installation methods. Core count should match the control layout and allow for common wiring and the number of independently controlled zones.
Protect cable from mechanical damage and use suitable joints and enclosures for the installation environment.
Use & maintenance
Keep the product clean and inspect it periodically for wear, damage or contamination appropriate to its application. Store it in conditions that protect it from unnecessary weather, crushing or physical damage.
Choosing the right product
Check dimensions, capacity, connection type or intended application before ordering. Similar-looking horticultural products may not be interchangeable where technical compatibility matters.
100m of 20 Core LV Cable product details
| Product type | Low-Voltage Multicore Irrigation Cable |
|---|---|
| Primary use | wiring compatible low-voltage irrigation control systems |
| Source designation | 100m of 20 Core LV Cable |
| Application | Professional horticulture, nursery, greenhouse, landscaping or garden use |
100m of 20 Core LV Cable FAQs
What is this product used for?
Wiring compatible low-voltage irrigation control systems. Who is it suitable for?
Professional growers, nurseries, landscapers, garden centres or gardeners where the product matches the intended task. Are the dimensions and technical details retained?
Yes. The product title retains the relevant source dimensions or technical designation. How should it be maintained?
Keep it clean, inspect it for damage and follow maintenance appropriate to the product type. How should it be stored?
Store it clean and protected from unnecessary weather, contamination or physical damage. How do I check compatibility?
Check dimensions, connection type, capacity and intended application before ordering. Can it be used outside its intended application?
Use it only where its design and specification are suitable for the task. Should it be inspected before use?
Yes. Check condition and suitability before putting the product into service.
Large 100ml measuring syringe for accurately measuring and dispensing liquid plant nutrients, feeds and additives.
This 100ml Nutrient Measuring Syringe provides a convenient way to measure larger quantities of liquid when preparing plant feeds and nutrient solutions. With more capacity than smaller 10ml, 20ml and 60ml syringes, it is particularly useful when regular nutrient mixing calls for higher-volume measurements.
The graduated barrel helps growers measure the required quantity before dispensing it into water or a nutrient reservoir. Simple and practical, the 100ml syringe is a useful measuring tool for commercial growing areas, nurseries, greenhouses, grow rooms and nutrient mixing stations.
Why choose a 100ml Nutrient Measuring Syringe?
- 100ml capacity – useful when measuring larger quantities of liquid nutrients, feeds and additives.
- Graduated barrel – helps growers measure the required volume before adding it to a nutrient solution.
- Greater measuring capacity – reduces the need to repeatedly refill a smaller syringe when larger quantities are required.
- Controlled dispensing – draw up and dispense measured liquid directly into the appropriate mixing vessel or reservoir.
- Helps improve dosing consistency – provides a straightforward way to repeat measured applications when preparing plant feeds.
- Useful horticultural measuring tool – practical for nurseries, greenhouses, grow rooms and nutrient mixing areas.
What is a 100ml Measuring Syringe suitable for?
A 100ml measuring syringe is particularly useful when preparing larger nutrient solutions or working with liquid plant feeds and compatible additives that need to be measured in quantities that would be inconvenient with a smaller syringe.
Its larger capacity makes it a practical option for commercial growers, nurseries and other horticultural users who regularly prepare feeds or nutrient reservoirs. For much smaller doses of concentrated products, a 10ml or 20ml syringe may provide more convenient control.
How to use a 100ml Nutrient Measuring Syringe
Place the syringe tip into the liquid and slowly draw back the plunger until the required quantity is shown on the graduated barrel. Remove the syringe from the container and dispense the measured liquid into the appropriate mixing vessel, water or nutrient reservoir.
Always follow the manufacturer's recommended dosage for the plant nutrient, feed or additive being measured. Take care to avoid cross-contamination between concentrated products and clean or replace measuring equipment as appropriate between different liquids.
Product details
| Product | Nutrient Measuring Syringe |
|---|---|
| Product type | Liquid measuring syringe |
| Capacity | 100ml |
| Scale | Graduated barrel |
| Typical applications | Measuring liquid plant nutrients, feeds, additives & boosters |
| Pack quantity | 10 |
100ml Nutrient Measuring Syringe FAQs
What is a 100ml syringe used for in horticulture?
A 100ml measuring syringe can be used to measure and dispense suitable liquid plant nutrients, feeds, supplements and additives when preparing nutrient solutions.
Can I use a 100ml syringe for measuring plant nutrients?
Yes. A 100ml syringe provides a convenient way to measure larger quantities of liquid plant nutrients before adding them to water or a nutrient reservoir.
Why choose a 100ml nutrient syringe?
The larger 100ml capacity is useful when regularly measuring quantities that would require several fills of a smaller syringe. This can make routine nutrient preparation quicker and more convenient.
Should I choose a 10ml, 20ml, 60ml or 100ml nutrient syringe?
Choose the syringe size that best matches the quantities you regularly measure. The 10ml and 20ml versions are useful for smaller doses, while the 60ml and 100ml syringes provide greater capacity for larger measurements.
Can I use the same syringe for different nutrients?
Take care to avoid cross-contamination between concentrated products. Clean the syringe appropriately between compatible liquids or use separate measuring equipment where necessary.
Can a 100ml syringe be used for pH Up or pH Down?
Do not assume a standard nutrient syringe is suitable for concentrated pH adjustment products. Acids and alkalis can require chemical-resistant measuring equipment, so always check compatibility with the specific product before use.
When is a measuring beaker better than a syringe?
A measuring beaker can be more convenient for larger volumes or particularly thick liquids that are difficult to draw through a syringe. A syringe is generally more useful where controlled measurement and dispensing of smaller liquid volumes are required.
How many 100ml syringes are in a pack?
The pack quantity is 10 syringes. This figure is provided for logistical and stock-planning purposes and does not mean the product must be purchased by the full pack.
100mm (4”) Fast Clamp - Anti-Vibration Fan & Duct Connector
145
£1.45
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100mm (4”) Fast Clamp - Anti-Vibration Fan & Duct Connector
145
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The 100mm (4") Fast Clamp provides a strong, secure and vibration-reducing connection between compatible circular ventilation components such as inline fans, filters and rigid duct fittings.
Rather than joining two pieces of ventilation equipment with a short section of flexible ducting, a Fast Clamp fits around adjoining circular spigots to create a neat mechanical connection. This makes it particularly useful when installing fans directly alongside filters, silencers and other compatible ventilation equipment.
The strong metal outer band provides a secure connection, while the cushioned inner lining helps isolate vibration between connected components. Reducing the direct transfer of fan vibration into adjoining equipment and ductwork can help reduce structure-borne noise within the ventilation system.
The clamp can also be released when equipment needs to be removed, making it a practical choice for installations where fans, filters or other components require periodic inspection, cleaning or servicing.
Why use a 100mm Fast Clamp?
- Secure mechanical connection - designed to join compatible 100mm circular ventilation components firmly together.
- Anti-vibration lining - cushioned inner material helps reduce vibration transfer between connected equipment.
- Helps control transmitted noise - reducing fan vibration entering adjoining components can help create a quieter installation.
- Strong metal construction - robust outer band securely clamps compatible components together.
- Direct component connection - useful for installing a compatible fan directly alongside a filter, silencer or rigid fitting.
- Removable connection - can be released when equipment needs to be inspected, cleaned or serviced.
- Professional installation - provides a neat alternative to improvised connections between compatible ventilation components.
- 100mm / 4" size - suitable for compatible ventilation equipment with nominal 100mm circular connections.
Connecting fans, filters and ventilation equipment
Fast Clamps are particularly useful where two compatible pieces of circular ventilation equipment need to be connected directly together. A common application is joining an inline extraction fan to a compatible filter, although they can also be used with suitable silencers, rigid circular ductwork and other ventilation fittings.
The cushioned inner lining sits between the outer clamp and the connected components. This helps create a secure fit while reducing the direct transmission of vibration from operating equipment into adjoining parts of the ventilation system.
This makes the 100mm Fast Clamp useful in propagation areas, nurseries, growing areas, controlled environments and general ventilation installations where secure connections and vibration management are important.
How to install a 100mm Fast Clamp
Position the two compatible 100mm circular components together so their connection points are correctly aligned. Open or loosen the Fast Clamp sufficiently to position it evenly around the joint.
Make sure the cushioned inner lining sits correctly around the connection before tightening the clamp. Tighten the fixings evenly until the components are held securely in position.
Avoid excessive tightening beyond what is required to produce a secure connection. Fans, filters and other substantial ventilation equipment should be independently supported rather than relying on the Fast Clamp to carry their weight.
100mm (4") Fast Clamp product details
| Product type | Anti-vibration ventilation Fast Clamp |
|---|---|
| Nominal connection size | 100mm / 4" |
| Outer construction | Metal clamping band |
| Inner construction | Cushioned anti-vibration lining |
| Primary purpose | Connecting compatible circular ventilation components |
| Vibration control | Inner lining helps reduce vibration transfer between connected components |
| Typical connections | Fans, filters, silencers, rigid circular ductwork & compatible ventilation fittings |
| Maintenance | Removable connection allows compatible equipment to be disconnected for servicing or cleaning |
| Suitable applications | Controlled environment, propagation, nursery, growing area & general ventilation systems |
100mm (4") Fast Clamp FAQs
What is a ventilation Fast Clamp?
A Fast Clamp is a mechanical connector designed to securely join compatible circular ventilation components while its cushioned inner lining helps isolate vibration between them. What size is this Fast Clamp?
This model is designed for compatible ventilation components with a nominal 100mm / 4" circular connection. Can I use it to connect a 4-inch fan to a filter?
Yes. Connecting compatible fans and filters is one of the common applications for a 100mm Fast Clamp. Can it connect a fan directly to rigid ducting?
Yes, provided the components have compatible nominal 100mm circular connections suitable for this type of clamp. Can a Fast Clamp connect a fan to a silencer?
Yes. It can be used between compatible 100mm circular fan and silencer connections where the equipment is correctly aligned and independently supported. Does a Fast Clamp reduce vibration?
Yes. The cushioned inner lining helps isolate vibration rather than allowing it to transfer directly from an operating fan into adjoining ductwork or equipment. Can reducing vibration make a ventilation system quieter?
It can help. Mechanical vibration transferred from a fan into ductwork can contribute to system noise, so isolating the connection can help reduce this source of transmitted noise. Is the Fast Clamp made from metal?
Yes. The Fast Clamp uses a strong metal outer clamping band together with a cushioned inner lining. Can the Fast Clamp be removed again?
Yes. The mechanical connection can be released, making it useful where equipment needs to be disconnected for inspection, cleaning or servicing. Is a Fast Clamp suitable for a direct fan-to-filter connection?
Yes, where the fan and filter have compatible 100mm circular connections and both components are correctly supported. Does the Fast Clamp support the weight of a fan or filter?
No. Fans, filters and other substantial ventilation equipment should be properly and independently supported. The Fast Clamp secures the connection rather than acting as the primary equipment support. Why use a Fast Clamp instead of flexible ducting between components?
Where two compatible circular components are positioned directly together, a Fast Clamp provides a compact mechanical connection while also helping isolate vibration between the components. Where can a 100mm Fast Clamp be used?
It is suitable for compatible circular ventilation systems in controlled environments, propagation facilities, nurseries, growing areas and other commercial or general ventilation applications.
100mm (4”) Quick Release Ducting Clip - Metal Ventilation Clamp
35
£0.35
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100mm (4”) Quick Release Ducting Clip - Metal Ventilation Clamp
35
£0.35
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100mm (4") Quick Release Ducting Clip provides a strong, secure and removable connection for compatible 100mm round ventilation ducting, fans, filters and fittings.
A secure duct connection is important for maintaining an efficient ventilation system. Loose connections can allow ducting to move and create unwanted air leakage. This adjustable metal clip fits around the outside of the duct and tightens securely around the connection point.
The quick-release design is particularly useful where ventilation equipment may need to be disconnected for cleaning, maintenance or replacement. The clip can be released and refitted, providing a practical alternative to relying solely on tape for mechanical fixing.
Sized for 100mm / 4" ventilation systems, it is suitable for connecting compatible flexible ducting and acoustic ducting to fans, carbon filters, rigid fittings and other round ventilation components.
Why choose a quick release ducting clip?
- Secure duct connections - clamps flexible ducting firmly around compatible round ventilation connections.
- 100mm / 4" size - designed for compatible 4-inch ventilation systems.
- Quick-release fastening - makes removing and reconnecting ventilation components easier.
- Reusable - can be released and refitted when equipment requires servicing or repositioning.
- Adjustable clamping - allows the band to be tightened securely around the connection.
- Ideal for flexible ducting - suitable for securing compatible flexible ventilation duct.
- Suitable for acoustic ducting - useful when installing insulated acoustic ventilation duct.
- Fan and filter connections - suitable for compatible inline fans, carbon filters and round ventilation fittings.
- Clean installation - provides a purpose-made mechanical fixing for ventilation duct connections.
Secure 100mm ventilation connections
Quick release ducting clips are designed to create a reliable mechanical connection between flexible ducting and round ventilation equipment.
They are particularly useful in indoor horticultural ventilation systems where fans, filters and ductwork may need periodic inspection, cleaning or replacement.
The clip can be used around compatible standard flexible ducting or the flexible inner section of acoustic ducting, securing it to an appropriately sized spigot or connector.
How to fit a 100mm quick release ducting clip
Position the ducting over the compatible 100mm connection and place the clip around the outside of the duct. Make sure sufficient ducting overlaps the connection before tightening the clip.
Tighten the band until the duct is held securely. The connection should be firm without unnecessarily crushing or damaging the ducting.
Where a particularly airtight connection is required, suitable HVAC foil tape can also be used in conjunction with the mechanical fixing.
When equipment needs to be removed for cleaning or maintenance, release the clip, disconnect the duct and refit the clip when the system is reassembled.
What can a 100mm ducting clip be used with?
- 100mm / 4" flexible ventilation ducting
- 100mm / 4" acoustic ducting
- Compatible inline extraction fans
- Compatible carbon filters
- Round duct connectors and couplers
- Reducers with compatible 100mm connections
- Elbows and other round ventilation fittings
- Compatible rigid ducting connections
Always check the actual outside diameter of the connection and the required clamping range before installation, particularly when combining components from different manufacturers.
100mm (4") Quick Release Ducting Clip product details
| Product type | Quick release ventilation ducting clip |
|---|---|
| Nominal size | 100mm / 4" |
| Construction | Metal band clamp |
| Fastening type | Adjustable quick-release fastening |
| Primary purpose | Securing ducting to compatible round ventilation connections |
| Suitable ducting | Compatible flexible & acoustic ventilation ducting |
| Suitable equipment | Fans, carbon filters, connectors & compatible round ventilation fittings |
| Outer case quantity | 100 clips |
100mm (4") Quick Release Ducting Clip FAQs
What is a quick release ducting clip?
It is an adjustable metal band clamp used to secure flexible ducting around a compatible round ventilation connection. What size ventilation system is this clip for?
This version is intended for compatible nominal 100mm / 4" ventilation connections. Can I use this with flexible ducting?
Yes. It is designed for securing compatible flexible ventilation ducting to round fans, filters, connectors and fittings. Can it be used with acoustic ducting?
Yes. It can be used to secure the flexible duct section of compatible 100mm acoustic ducting to an appropriately sized connection. Can I use it to connect ducting to an extraction fan?
Yes, provided the fan connection and ducting are compatible with the clip's 100mm nominal size. Can it secure ducting to a carbon filter?
Yes. It is suitable for compatible 100mm carbon filter connections. Why use a ducting clip instead of tape?
A ducting clip provides a mechanical fixing around the connection and can be released when equipment needs servicing. Foil tape can still be added where additional air sealing is required. Is the ducting clip reusable?
Yes. The quick-release fastening allows the clip to be opened and refitted when ventilation components need to be disconnected. How tight should the clip be?
It should be tightened sufficiently to hold the duct securely without unnecessarily crushing or damaging the ducting or connection. Does a ducting clip help prevent air leaks?
A secure mechanical connection helps keep ducting firmly seated on the fitting. Where additional sealing is required, suitable HVAC foil tape can be used alongside the clip. Can it be used on intake and extraction systems?
Yes. The clip can be used on compatible duct connections in both intake and extraction ventilation systems. Is this suitable for horticultural ventilation systems?
Yes. It is suitable for compatible ventilation installations used in propagation areas, indoor growing areas and other controlled horticultural environments. Can it connect two pieces of ducting directly together?
A suitable duct connector or coupler is normally placed between the two duct sections, with a separate clip securing the duct at each end. Should I check the connection diameter before ordering?
Yes. Check the nominal and actual connection dimensions of your fan, filter or fitting, particularly when combining ventilation equipment from different manufacturers.
100mm flat ceramic air stone for creating a wide spread of fine bubbles in hydroponic nutrient reservoirs and DWC systems.
The 100mm Round Flat Ceramic Air Stone provides effective aeration without taking up unnecessary space in the bottom of a reservoir. Its broad porous surface disperses air as many small bubbles, helping oxygenate the nutrient solution while creating useful movement within the tank.
Measuring 100mm, or approximately 4 inches, across, this compact ceramic disc sits flat on the bottom of a reservoir. Connect it to a suitable external air pump using compatible airline and air is forced through the porous stone before bubbling through the surrounding solution.
It is a practical choice for DWC buckets, hydroponic nutrient reservoirs and other systems where continuous aeration is required around the root zone.
Why choose a 100mm Flat Ceramic Air Stone?
- Wide bubble distribution – the 100mm circular surface spreads aeration across a broader area than a small ball-style air stone.
- Porous ceramic diffuser – releases incoming air as many small bubbles through the surface of the stone.
- Flat profile – sits neatly at the bottom of buckets, tanks and nutrient reservoirs.
- Compact 100mm size – well suited to individual DWC buckets and smaller hydroponic reservoirs.
- Improves nutrient solution movement – rising bubbles help keep the surrounding solution circulating.
- Ideal for hydroponics – suitable for DWC, nutrient reservoirs and other actively aerated growing systems.
What is a flat ceramic air stone used for?
A flat ceramic air stone acts as a submerged diffuser. Air supplied by an external pump is forced through the many pores in the ceramic body, creating a spread of small bubbles rather than releasing the air from one open airline.
As those bubbles rise through the reservoir they create movement in the nutrient solution and increase aeration. The flat disc design also keeps the diffuser low in the tank, allowing bubbles to rise through the water from near the bottom of the reservoir.
Ideal for DWC and hydroponic reservoirs
The 100mm size is particularly useful for DWC buckets and individual nutrient reservoirs where a compact diffuser with a broad bubbling surface is required.
For larger hydroponic installations, several ceramic air stones can be positioned in separate pots or reservoirs. A suitably sized air pump and manifold can then distribute air between the individual diffuser lines.
How to use the 100mm Ceramic Air Stone
Connect suitable flexible airline between the ceramic air stone and an appropriately sized external air pump. Place the air stone flat at the bottom of the reservoir, keeping the porous ceramic section submerged.
Switch on the pump and air will pass through the porous surface, producing bubbles throughout the surrounding nutrient solution. Positioning the diffuser low in the reservoir gives those bubbles more distance to travel before reaching the surface.
Keep airline runs free from kinks and restrictions that could reduce airflow. Positioning the air pump above the water level helps protect it against water siphoning back through the airline if the power is switched off.
Product details
| Product type | Ceramic air stone / air diffuser |
|---|---|
| Shape | Round flat disc |
| Diameter | 100mm / 4" |
| Diffuser material | Porous ceramic |
| Compatible airline | 4mm or 8mm internal diameter flexible airline |
| Position | Sits flat at the bottom of a reservoir or tank |
| Typical applications | Hydroponic nutrient reservoirs, DWC systems & aerated water tanks |
| Outer case quantity | 30 |
| Air pump included | No |
| Airline included | No |
100mm Ceramic Air Stone FAQs
What size is this ceramic air stone?
The round ceramic air stone measures 100mm, or approximately 4 inches, in diameter.
What does a flat ceramic air stone do?
Air from an external pump is forced through the porous ceramic surface and released into the surrounding water or nutrient solution as many small bubbles.
What size airline can I use with the 100mm air stone?
The 100mm flat ceramic air stone can accept compatible 4mm or 8mm internal-diameter flexible airline.
Is a 100mm air stone suitable for DWC?
Yes. The compact flat design is particularly useful in DWC buckets and reservoirs where continuous nutrient solution aeration is required.
Where should I position a flat air stone?
Position it flat at the bottom of the reservoir or tank. This keeps the diffuser low in the solution and allows bubbles to rise through the water above it.
Does the ceramic air stone need an air pump?
Yes. The air stone is a diffuser rather than an air source, so it needs to be connected to a suitable external air pump.
Can I use several 100mm air stones from one air pump?
Yes. Multiple air stones can be operated from one sufficiently powerful air pump. A suitable manifold can be used to divide the pump output between the individual airline runs.
What is the difference between a 100mm and 150mm ceramic air stone?
The 100mm version has a more compact 4-inch diffusing surface, making it useful for individual buckets and smaller reservoirs. The 150mm version provides a larger 6-inch diffusing area for broader bubble distribution in bigger reservoirs.
Are the air pump and airline included?
No. The ceramic air stone is supplied separately, allowing the air pump and airline to be selected to suit the aeration system.
100mm Coke Can Air Stone – Hydroponic Aeration Diffuser
50
£0.50
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100mm Coke Can Air Stone – Hydroponic Aeration Diffuser
50
£0.50
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Large 100mm cylindrical air stone for powerful aeration and circulation in hydroponic nutrient reservoirs and DWC systems.
The 100mm Coke Can Air Stone is a large porous air diffuser designed to introduce a continuous supply of bubbles into water or hydroponic nutrient solution. Its substantial cylindrical surface provides plenty of area for dispersing air, making it particularly useful in larger reservoirs and systems that need vigorous aeration.
Connect the air stone to a suitably powerful external air pump and position it below the surface of the nutrient solution. Air passes through the porous diffuser and emerges as bubbles, increasing aeration while helping to keep the surrounding solution moving.
The 100mm version measures approximately 100mm high by 50mm in diameter, giving it a larger diffusing body than the 70mm Coke Can Air Stone. It is a useful choice for DWC systems, bubbler systems and larger hydroponic nutrient reservoirs.
Why choose a 100mm Coke Can Air Stone?
- Large cylindrical diffuser – provides a substantial porous surface for distributing air through nutrient solution.
- Strong reservoir aeration – ideal for systems where a higher level of aeration is required.
- Supports dissolved oxygen levels – helps maintain an oxygen-rich nutrient solution around hydroponic roots.
- Encourages water movement – rising bubbles help circulate the surrounding nutrient solution.
- Ideal for DWC – well suited to deep water culture, bubbler systems and larger nutrient reservoirs.
- Suitable for multi-pot installations – several air stones can be supplied from a suitably sized air pump using an airline manifold.
What is a 100mm Coke Can Air Stone used for?
A Coke Can Air Stone is submerged in water or nutrient solution and supplied with air from an external pump. The porous body breaks the incoming airflow into bubbles rather than releasing air from a single open airline.
This makes the 100mm version particularly useful for hydroponic nutrient tanks and DWC systems where continuous aeration is needed around submerged roots. Its larger cylindrical body also makes it a practical option for bigger reservoirs where a small air stone may not provide the desired spread of bubbles.
Ideal for larger hydroponic reservoirs
At approximately 100mm high and 50mm in diameter, this is a sizeable air diffuser designed for use with a suitable high-output air pump. Positioning the air stone towards the bottom of a reservoir allows bubbles to rise through more of the nutrient solution before reaching the surface.
Several Coke Can Air Stones can also be incorporated into a larger aeration system. A suitable airline manifold allows one sufficiently powerful air pump or compressor to supply individual air stones across several reservoirs or growing positions.
How to use the 100mm Coke Can Air Stone
Connect the air stone to compatible airline running from a suitable external air pump or compressor. Place the air stone in the nutrient tank or reservoir, keeping the porous diffuser submerged and preferably positioned towards the bottom.
Switch on the air pump and check that bubbles are being produced through the diffuser. Coke Can Air Stones require a substantial air supply, with current UK hydroponic listings specifying approximately 5 – 10 litres of air per minute, so use a pump capable of providing the required airflow.
If the air stone is being used as part of a multi-outlet system, remember that the pump's total output is shared between all connected diffusers. The air pump therefore needs to be sized for the complete aeration setup rather than for a single air stone.
Over time, deposits can restrict the porous surface and reduce bubble production. Keeping the diffuser clean and checking the airline for kinks or blockages will help maintain consistent performance.
Product details
| Product type | Air stone / air diffuser |
|---|---|
| Style | Coke can / cylindrical |
| Height | 100mm |
| Diameter | 50mm |
| Recommended airflow | Approximately 5 – 10 litres per minute |
| Operation | Connects to a suitable external air pump or compressor |
| Typical applications | Hydroponic reservoirs, nutrient tanks, DWC & bubbler systems |
| Air pump included | No |
| Airline included | No |
100mm Coke Can Air Stone FAQs
What size is the 100mm Coke Can Air Stone?
This larger Coke Can Air Stone measures approximately 100mm high and 50mm in diameter.
What does a Coke Can Air Stone do?
It takes air supplied by an external pump and disperses it through its porous surface as bubbles, helping to aerate and circulate water or hydroponic nutrient solution.
How much airflow does a Coke Can Air Stone need?
Current UK hydroponic listings specify approximately 5 – 10 litres of air per minute for Coke Can Air Stones. A suitably sized air pump should therefore be used to achieve effective aeration.
Is the 100mm Coke Can Air Stone suitable for DWC?
Yes. Its large cylindrical diffusing surface makes it particularly useful for aerating nutrient solution in deep water culture systems.
Can I use this air stone in a large nutrient reservoir?
Yes. The 100mm Coke Can Air Stone is well suited to larger hydroponic nutrient tanks and reservoirs where a substantial diffusing surface is useful.
Where should I position the air stone?
Position the air stone below the surface of the nutrient solution, preferably towards the bottom of the reservoir. This allows the bubbles to rise through more of the solution before reaching the surface.
Can I run several 100mm Coke Can Air Stones from one pump?
Yes, provided the air pump has enough total output for all of the connected air stones. A suitable airline manifold can be used to divide the main air supply between several diffusers.
Why is my air stone producing fewer bubbles?
Reduced bubble production can be caused by insufficient pump output, restricted airline or deposits building up within the porous diffuser. Check the airline and pump first, then clean the air stone if its surface has become restricted.
Does the 100mm Coke Can Air Stone include a pump or airline?
No. The air stone is supplied separately and requires compatible airline and a suitably sized external air pump or compressor.
102mm (4”) x 10m COMBI Ducting - Reinforced Flexible Ventilation Duct
645
£6.45
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102mm (4”) x 10m COMBI Ducting - Reinforced Flexible Ventilation Duct
645
£6.45
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102mm (4") x 10m COMBI Ducting is a flexible reinforced ventilation duct designed for reliable air movement in extraction and intake systems.
COMBI ducting combines the flexibility required for straightforward installation with a more robust outer construction than basic foil ducting. It is well suited to ventilation systems where ductwork needs to negotiate equipment, corners or other obstacles while remaining easy to position.
The flexible construction allows the duct to be extended, routed and cut to the required length. The generous 10 metre length is particularly useful for longer ventilation runs or where several shorter sections are required from one length.
With a nominal diameter of 102mm / 4", it is designed for use with compatible fans, filters, connectors, reducers and other round ventilation components.
Why choose COMBI ducting?
- Reinforced flexible construction - designed to provide a more robust ducting solution while retaining installation flexibility.
- 102mm / 4" diameter - suitable for compatible 4-inch round ventilation systems.
- 10 metre length - ideal for longer duct runs or cutting into several shorter sections.
- Suitable for extraction - designed for carrying extracted air through a compatible ventilation system.
- Suitable for air intake - can also be incorporated into compatible fresh-air intake systems.
- Flexible routing - useful where ductwork needs to pass around equipment or changes in direction.
- Can be cut to length - use only the amount required for each installation.
- Compatible with common ventilation equipment - suitable for matching fans, filters and round duct fittings.
- Easy to secure - compatible connections can be mechanically fixed using appropriately sized ducting clips or clamps.
Flexible ducting for controlled environment ventilation
Effective ventilation depends on moving air between components with as little unnecessary resistance as practical. Flexible COMBI ducting makes it easier to create a complete duct route without requiring rigid sections throughout the installation.
It is suitable for connecting compatible extraction fans, air filters and ventilation fittings in propagation areas, growing areas, nurseries and other controlled horticultural environments.
The 10 metre length provides additional flexibility for larger installations, longer equipment connections or projects where multiple shorter sections of 102mm ducting are required.
Installing 102mm COMBI ducting
Extend the ducting to the required length and plan the route before making the final connections. Keeping the duct run reasonably direct helps reduce unnecessary airflow resistance.
Avoid excessively tight bends, severe compression or crushing the duct, as restrictions in the airflow path can reduce ventilation performance.
Fit the duct securely over compatible 102mm connections and use an appropriately sized ducting clip or clamp to create a reliable mechanical fixing. Suitable HVAC foil tape can also be used where additional air sealing is required.
Longer sections should be supported where necessary to prevent excessive sagging and to maintain a clean, unrestricted airflow path between components.
Getting the best airflow from flexible ducting
Although this product is supplied as a 10 metre length, there is no requirement to use the entire length in a single duct run. Using only the amount required for the installation can help reduce unnecessary resistance.
For efficient airflow, use the shortest practical route, minimise unnecessary bends and avoid leaving excessive compressed duct between components. Where a direction change is required, a gradual bend is preferable to a tightly folded section.
Fan performance should be considered across the complete ventilation system, including duct length, bends, filters, silencers, reducers and other fittings installed in the airflow path.
102mm (4") x 10m COMBI Ducting product details
| Product type | Reinforced flexible ventilation ducting |
|---|---|
| Nominal diameter | 102mm / 4" |
| Length | 10m |
| Duct type | Flexible |
| Primary purpose | Air extraction & intake ventilation |
| Compatible system size | Nominal 102mm / 4" round ventilation systems |
| Suitable connections | Compatible fans, filters, connectors, reducers & round ventilation fittings |
| Suitable applications | Controlled environment, propagation, nursery, growing area & general ventilation installations |
102mm (4") x 10m COMBI Ducting FAQs
What is COMBI ducting?
COMBI ducting is flexible ventilation ducting with a reinforced outer construction, providing a practical and robust way to connect ventilation equipment while retaining the flexibility needed for installation. What diameter is this COMBI ducting?
This version has a nominal diameter of 102mm, commonly referred to as 4-inch ducting. How long is the ducting?
This product is supplied as a 10 metre length. Can COMBI ducting be used with a 4-inch extraction fan?
Yes, it can be used with compatible fans designed for nominal 102mm / 4" ventilation connections. Can it connect to a carbon filter?
Yes. The ducting can be connected to a compatible 102mm carbon filter or to suitable adapters where different component sizes are being combined. Can COMBI ducting be used for air intake?
Yes. It can be used for both extraction and intake applications within a compatible ventilation system. Can I cut the 10m duct to shorter lengths?
Yes. Flexible ducting can be cut to suit the installation, making the 10 metre length useful where several shorter sections are required. Do I need to use the full 10 metres?
No. Use only the length required. Keeping duct runs as short and direct as practical generally helps minimise resistance to airflow. How should COMBI ducting be attached?
Fit the duct over a compatible connection and secure it with an appropriately sized ducting clip or clamp. HVAC foil tape can be added where further air sealing is required. Can the ducting bend around obstacles?
Yes. Its flexible construction allows it to be routed around equipment and obstacles, although gradual bends are preferable to tight folds or sharp restrictions. Do bends in flexible ducting reduce airflow?
Excessive duct length, tight bends and compressed sections can increase resistance to airflow, so a direct and unrestricted route is preferable. Can this ducting be used with reducers and connectors?
Yes. Compatible round connectors, reducers, elbows and other ventilation fittings can be incorporated into the duct system as required. Should flexible ducting be fully extended?
Where practical, extending the duct rather than leaving it heavily compressed helps create a smoother airflow path and reduces unnecessary restriction. Should a 10m duct run be supported?
Yes. Longer sections should be supported where necessary to help prevent excessive sagging and maintain the intended duct route. Is COMBI ducting the same as acoustic ducting?
No. COMBI ducting is primarily a reinforced flexible air duct. Acoustic ducting incorporates additional insulation specifically intended to help reduce the transmission of fan and airflow noise.
102mm (4”) x 10m Mute Silent Ducting - Acoustic Insulated Flexible Ventilation Duct
1925
£19.25
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102mm (4”) x 10m Mute Silent Ducting - Acoustic Insulated Flexible Ventilation Duct
1925
£19.25
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102mm (4") x 10m Mute Silent Ducting is an acoustically insulated flexible ventilation duct designed to help reduce fan and airflow noise transmitted through extraction and intake systems.
Ventilation is essential for controlling temperature, humidity and air quality, but conventional flexible ducting can transmit noise generated by extraction fans and fast-moving air. This insulated ducting provides a practical solution for installations where quieter ventilation is required.
The flexible inner airflow duct is surrounded by an acoustic insulation layer that helps absorb transmitted sound. This makes it particularly useful in grow rooms, grow tents and other indoor horticultural environments where extraction equipment may operate for extended periods.
Supplied as a generous 10 metre length, this 102mm version can be used as a continuous duct run or cut into shorter sections to suit the ventilation layout. It is designed for use with compatible 4-inch extraction fans, carbon filters and ventilation fittings.
Why choose 102mm acoustic silent ducting?
- Helps reduce ventilation noise - acoustic insulation helps absorb sound transmitted through the ductwork.
- 102mm / 4" nominal diameter - suitable for compatible 4-inch ventilation systems.
- 10 metre length - ideal for longer duct runs or cutting into multiple sections.
- Acoustically insulated construction - designed for quieter air movement compared with basic uninsulated flexible ducting.
- Flexible design - easier to route around equipment and obstacles than rigid ventilation ductwork.
- Suitable for extraction systems - use with compatible inline fans, carbon filters and ventilation fittings.
- Suitable for intake systems - can also be incorporated into appropriately designed fresh-air intake routes.
- Ideal for indoor horticulture - particularly useful in grow tents, grow rooms and propagation environments.
- Cut to suit the installation - use only the length required and retain the remainder for additional ventilation runs.
How does acoustic ducting help reduce noise?
An extraction system can produce noise from the fan motor, vibration and the movement of air through filters, ducting and fittings. Some of this sound can travel along ordinary ductwork and become noticeable at the intake or exhaust end of the system.
Acoustic ducting surrounds the flexible inner air passage with insulation. This layer helps absorb sound transmitted through the duct rather than allowing it to travel as freely along the ventilation route.
It can be particularly useful on duct runs immediately before or after an extraction fan, between compatible ventilation components and along exhaust routes where reducing transmitted ventilation noise is desirable.
Acoustic ducting is designed to reduce transmitted noise rather than make a ventilation system completely silent. Fan design, airflow velocity, vibration, duct routing and the overall extraction system will all affect the final noise level.
Quieter grow room and grow tent ventilation
In an indoor growing environment, extraction systems may run for long periods to manage heat and humidity and maintain a regular exchange of air. This can make ventilation noise one of the most noticeable parts of the environmental control system.
Acoustic ducting is a straightforward way of addressing noise transmitted through the ductwork without changing the basic operation of the extraction system.
The 102mm / 4" diameter is particularly suited to compatible smaller ventilation installations, while the 10m length provides additional flexibility for longer routes or installations requiring several individual sections of duct.
Getting the best airflow from flexible ducting
Correct installation is important because every length of ducting and every bend adds resistance to the ventilation system. The more resistance the fan has to overcome, the lower its effective airflow can become.
Extend flexible ducting sufficiently for the required route rather than leaving large sections heavily compressed. This reduces unnecessary internal corrugation and creates a smoother path for moving air.
Keep the route as direct as practical and avoid crushing the duct or introducing unnecessary tight bends. Where a major change in direction is required, a smooth bend generally provides a better airflow path than sharply folding the flexible duct.
A 10m roll does not need to be used in its entirety. If the installation only requires a shorter route, cutting the duct to the appropriate length can help avoid unnecessary resistance.
Installing 102mm Mute Silent Ducting
Plan the ventilation route before installation and determine how much ducting is actually required. The 10m roll can then be cut into the appropriate lengths for the system.
When connecting the duct to a compatible fan, carbon filter or rigid fitting, secure the inner flexible duct around the connection using an appropriately sized duct clamp or clip.
Arrange the insulation and outer covering neatly around the completed connection. Suitable HVAC foil tape can also be used where additional sealing is required.
Longer sections should be adequately supported. Avoid allowing the full weight of a long insulated duct run to hang directly from the extraction fan, carbon filter or another ventilation component.
Compatible 102mm / 4" ventilation equipment
This ducting can be incorporated into appropriately sized ventilation systems using components such as:
- 102mm / 4" inline extraction fans
- 102mm / 4" carbon filters
- 102mm / 4" ventilation silencers
- Compatible rigid round ducting
- 102mm / 4" elbows and bends
- 102mm / 4" straight connectors
- Compatible reducers and adapters
- Suitable duct clamps and clips
Always check the actual connection diameter of adjoining equipment before installation. Nominal metric and imperial ventilation sizes are commonly used together, but exact connection dimensions can vary slightly between products.
102mm (4") x 10m Mute Silent Ducting product details
| Product type | Acoustic insulated flexible ventilation ducting |
|---|---|
| Nominal diameter | 102mm / 4" |
| Length | 10m |
| Duct type | Flexible |
| Construction | Insulated acoustic ducting |
| Primary purpose | Ventilation with reduced transmission of fan and airflow noise |
| Suitable airflow | Extraction & intake |
| Compatible system size | Nominal 102mm / 4" round ventilation systems |
| Suitable applications | Grow tents, grow rooms, propagation areas, indoor horticulture & general ventilation installations |
102mm (4") Mute Silent Ducting FAQs
What is acoustic ducting?
Acoustic ducting is flexible ventilation ducting surrounded by insulation designed to help reduce sound transmitted through the ductwork. What size is this ducting?
This version has a nominal diameter of 102mm, approximately 4 inches, and is supplied in a 10m length. Is it suitable for a 4-inch extraction fan?
Yes, provided the extraction fan has a compatible nominal 102mm / 4" duct connection. Can I use this with a 4-inch carbon filter?
Yes. It can be connected to compatible 102mm / 4" carbon filters as part of an appropriately designed extraction system. Is acoustic ducting suitable for grow tents?
Yes. It is particularly useful where reducing the amount of ventilation noise transmitted through grow tent ducting is important. Will it make my extraction fan silent?
No. Acoustic ducting helps reduce sound transmitted through the ductwork, but it cannot eliminate fan motor noise, vibration or all airflow noise. Is acoustic ducting quieter than standard flexible ducting?
Its insulated construction is specifically intended to reduce transmitted ventilation sound compared with basic uninsulated flexible ducting. Can I cut the 10m roll into shorter lengths?
Yes. The duct can be cut to suit the individual ventilation layout, making a 10m roll useful for either a longer route or several shorter sections. Can this ducting be used for intake air?
Yes. It can be used in compatible air-intake installations as well as extraction systems. Can it be used with a ventilation silencer?
Yes. Acoustic ducting can be combined with a compatible silencer where additional control of transmitted ventilation noise is required. Does flexible ducting affect airflow?
All ductwork creates some airflow resistance. Excessive length, tight bends and heavily compressed flexible ducting can increase that resistance, so a direct and properly extended installation is preferable. Should I use the full 10 metres?
Only if the installation requires it. Using the shortest practical duct route generally helps minimise airflow resistance. Can the ducting be bent around obstacles?
Yes. The flexible construction allows it to be routed around equipment, although sharp bends and crushed sections should be avoided. How should the ducting be attached to ventilation equipment?
The inner duct should be secured to the compatible connection using an appropriately sized duct clamp or clip. Suitable HVAC foil tape can be used where additional sealing is required. How else can I reduce extraction-system noise?
Good duct routing, vibration isolation, appropriately sized fans, suitable fan-speed control and compatible ventilation silencers can all help reduce overall system noise.
102mm (4”) x 5m COMBI Ducting - Reinforced Flexible Ventilation Duct
345
£3.45
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102mm (4”) x 5m COMBI Ducting - Reinforced Flexible Ventilation Duct
345
£3.45
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102mm (4") x 5m COMBI Ducting is a flexible reinforced ventilation duct designed for reliable air movement in extraction and intake systems.
COMBI ducting combines the flexibility required for straightforward installation with a more robust outer construction than basic foil ducting. It is well suited to ventilation systems where ductwork needs to negotiate equipment, corners or other obstacles while remaining easy to position.
The flexible construction allows the duct to be extended, routed and cut to the required length, making this 5 metre section a practical choice for connecting ventilation equipment where rigid ductwork would be less convenient.
With a nominal diameter of 102mm / 4", it is designed for use with compatible fans, filters, connectors, reducers and other round ventilation components.
Why choose COMBI ducting?
- Reinforced flexible construction - designed to provide a more robust ducting solution while retaining installation flexibility.
- 102mm / 4" diameter - suitable for compatible 4-inch round ventilation systems.
- 5 metre length - provides a useful length for connecting ventilation equipment or cutting into shorter sections.
- Suitable for extraction - designed for carrying extracted air through a compatible ventilation system.
- Suitable for air intake - can also be incorporated into compatible fresh-air intake systems.
- Flexible routing - useful where ductwork needs to pass around equipment or changes in direction.
- Can be cut to length - use only the amount required for each installation.
- Compatible with common ventilation equipment - suitable for matching fans, filters and round duct fittings.
- Easy to secure - compatible connections can be mechanically fixed using appropriately sized ducting clips or clamps.
Flexible ducting for controlled environment ventilation
Effective ventilation depends on moving air between components with as little unnecessary resistance as practical. Flexible COMBI ducting makes it easier to create a complete duct route without requiring rigid sections throughout the installation.
It is suitable for connecting compatible extraction fans, air filters and ventilation fittings in propagation areas, growing areas, nurseries and other controlled horticultural environments.
The 5 metre length is particularly useful for individual ventilation runs, equipment connections and installations where several shorter sections of 102mm ducting are required.
Installing 102mm COMBI ducting
Extend the ducting to the required length and plan the route before making the final connections. Keeping the duct run reasonably direct helps reduce unnecessary airflow resistance.
Avoid excessively tight bends, severe compression or crushing the duct, as restrictions in the airflow path can reduce ventilation performance.
Fit the duct securely over compatible 102mm connections and use an appropriately sized ducting clip or clamp to create a reliable mechanical fixing. Suitable HVAC foil tape can also be used where additional air sealing is required.
Support the duct where necessary to prevent excessive sagging and to maintain a clean, unrestricted airflow path between components.
Getting the best airflow from flexible ducting
For efficient airflow, use the shortest practical duct route and minimise unnecessary bends. Flexible ducting should be extended sufficiently to avoid excessive bunching or compression between components.
Where a change in direction is required, a gradual bend is preferable to a tightly folded section. Keeping the internal airflow path as open as possible helps the connected fan operate more effectively.
Fan performance should be considered across the complete ventilation system, including duct length, bends, filters, silencers, reducers and other fittings installed in the airflow path.
102mm (4") x 5m COMBI Ducting product details
| Product type | Reinforced flexible ventilation ducting |
|---|---|
| Nominal diameter | 102mm / 4" |
| Length | 5m |
| Duct type | Flexible |
| Primary purpose | Air extraction & intake ventilation |
| Compatible system size | Nominal 102mm / 4" round ventilation systems |
| Suitable connections | Compatible fans, filters, connectors, reducers & round ventilation fittings |
| Suitable applications | Controlled environment, propagation, nursery, growing area & general ventilation installations |
102mm (4") x 5m COMBI Ducting FAQs
What is COMBI ducting?
COMBI ducting is flexible ventilation ducting with a reinforced outer construction, providing a practical and robust way to connect ventilation equipment while retaining the flexibility needed for installation. What diameter is this COMBI ducting?
This version has a nominal diameter of 102mm, commonly referred to as 4-inch ducting. How long is the ducting?
This product is supplied as a 5 metre length. Can COMBI ducting be used with a 4-inch extraction fan?
Yes, it can be used with compatible fans designed for nominal 102mm / 4" ventilation connections. Can it connect to a carbon filter?
Yes. The ducting can be connected to a compatible 102mm carbon filter or to suitable adapters where different component sizes are being combined. Can COMBI ducting be used for air intake?
Yes. It can be used for both extraction and intake applications within a compatible ventilation system. Can I cut the 5m duct to shorter lengths?
Yes. Flexible ducting can be cut to suit the installation, allowing a single length to be divided into shorter sections where required. How should COMBI ducting be attached?
Fit the duct over a compatible connection and secure it with an appropriately sized ducting clip or clamp. HVAC foil tape can be added where further air sealing is required. Can the ducting bend around obstacles?
Yes. Its flexible construction allows it to be routed around equipment and obstacles, although gradual bends are preferable to tight folds or sharp restrictions. Do bends in flexible ducting reduce airflow?
Excessive duct length, tight bends and compressed sections can increase resistance to airflow, so a direct and unrestricted route is preferable. Can this ducting be used with reducers and connectors?
Yes. Compatible round connectors, reducers, elbows and other ventilation fittings can be incorporated into the duct system as required. Should flexible ducting be fully extended?
Where practical, extending the duct rather than leaving it heavily compressed helps create a smoother airflow path and reduces unnecessary restriction. Does flexible ducting need supporting?
It should be supported where necessary to prevent excessive sagging, particularly across horizontal runs or between widely spaced connection points. Is COMBI ducting the same as acoustic ducting?
No. COMBI ducting is primarily a reinforced flexible air duct. Acoustic ducting incorporates additional insulation specifically intended to help reduce the transmission of fan and airflow noise. Is this suitable for horticultural ventilation?
Yes. It is suitable for compatible ventilation systems used in propagation, nursery and controlled growing environments, as well as general ventilation applications.
102mm (4”) x 5m Mute Silent Ducting - Acoustic Insulated Flexible Ventilation Duct
1045
£10.45
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102mm (4”) x 5m Mute Silent Ducting - Acoustic Insulated Flexible Ventilation Duct
1045
£10.45
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102mm (4") x 5m Mute Silent Ducting is an acoustically insulated flexible ventilation duct designed to help reduce fan and airflow noise transmitted through extraction and intake systems.
Standard flexible ducting provides a convenient route for moving air, but it can also transmit noise generated by an extraction fan and turbulent airflow. In smaller indoor growing environments, where ventilation equipment is often positioned relatively close to the growing area, this noise can be particularly noticeable.
Mute Silent Ducting uses an insulated construction around the flexible inner airflow duct to help absorb transmitted sound. It provides a practical upgrade from standard uninsulated ducting where quieter ventilation is required.
With a 102mm (4") nominal diameter and 5m length, this version is ideal for compatible 4-inch extraction fans, carbon filters and ventilation equipment used in smaller grow rooms, grow tents, propagation areas and other indoor ventilation installations.
Why choose 102mm acoustic silent ducting?
- Helps reduce ventilation noise - acoustic insulation helps absorb sound transmitted through the ductwork.
- 102mm / 4" diameter - suitable for compatible 4-inch ventilation equipment.
- 5 metre length - use as a continuous duct run or cut into shorter sections.
- Acoustically insulated - designed for installations where reducing transmitted fan and airflow noise is important.
- Flexible construction - easier to route around equipment and obstacles than rigid ductwork.
- Suitable for extraction - use with compatible fans, carbon filters, silencers and exhaust routes.
- Suitable for intake - can also be incorporated into appropriately designed fresh-air intake systems.
- Ideal for grow tents and smaller grow rooms - particularly useful where ventilation equipment is positioned close to the growing space.
- Cut to the required length - the 5m roll can be divided to suit individual ventilation layouts.
How does acoustic ducting reduce noise?
Ventilation noise can originate from several sources. The fan motor itself produces sound, while the movement of air through the fan, ducting, filters and fittings can create additional turbulence and noise.
Standard ducting can carry this sound along the ventilation route. Acoustic ducting adds an insulating layer around the flexible inner duct to help absorb transmitted noise before it travels through the system.
This makes it particularly useful immediately before or after an extraction fan, between compatible ventilation components and along exhaust routes where sound from the ventilation system would otherwise be noticeable.
Acoustic ducting is designed to reduce transmitted noise rather than make an extraction system completely silent. Fan vibration, motor noise, airflow velocity and the overall system design can still influence the final sound level.
Quieter 4-inch grow room and grow tent ventilation
102mm-class ventilation equipment is commonly used in smaller indoor horticultural installations where heat, humidity and stale air need to be removed without installing unnecessarily large extraction equipment.
In a compact grow tent or propagation area, the fan and ducting are often located relatively close to the growing space. This can make ventilation noise more apparent than it would be in a larger installation.
Using acoustic ducting helps reduce sound transmitted along the ventilation route while retaining the flexibility required to route ductwork through tent ports, around equipment and towards the extraction point.
Maintaining good airflow
Good duct installation is important for maintaining the performance of any extraction system. Flexible ducting should be routed as directly as practical and unnecessary restrictions should be avoided.
Extend the duct sufficiently for the required route rather than leaving large sections heavily compressed. This reduces excessive internal corrugation and provides a smoother route for moving air.
Avoid crushing the duct and minimise very tight bends. Every bend, carbon filter, silencer, reducer and length of duct adds resistance to the system, so keeping the airflow path straightforward helps the fan operate effectively.
This is particularly relevant with 102mm systems, where restrictive routing can have a noticeable effect on the airflow available from a smaller extraction fan.
Installing 102mm Mute Silent Ducting
Measure the required ventilation route before cutting. The 5m length can be installed as one continuous run or divided into shorter sections depending on the layout.
When connecting to a compatible fan, carbon filter, silencer or rigid fitting, secure the inner duct over the connection using an appropriately sized duct clamp or clip.
Arrange the surrounding insulation and outer covering neatly around the connection. Suitable HVAC foil tape can also be used where additional sealing is required.
Support longer sections of insulated ducting rather than allowing their full weight to hang directly from the extraction fan, carbon filter or another ventilation component.
Compatible 102mm / 4" ventilation equipment
This ducting is intended for nominal 102mm (4") round ventilation systems and can be used with appropriately sized components including:
- 102mm / 4" inline extraction fans
- 102mm / 4" carbon filters
- 102mm / 4" acoustic silencers
- Compatible rigid round ducting
- 102mm / 4" elbows and bends
- 102mm / 4" straight connectors
- Compatible reducers and adapters
- Suitable duct clamps and clips
Always check the actual connection diameter of adjoining equipment before installation. Nominal metric and imperial ventilation sizes are commonly used together, but exact connection dimensions can vary slightly between manufacturers.
102mm (4") x 5m Mute Silent Ducting product details
| Product type | Acoustic insulated flexible ventilation ducting |
|---|---|
| Nominal diameter | 102mm / 4" |
| Length | 5m |
| Duct type | Flexible |
| Construction | Insulated acoustic ducting |
| Primary purpose | Ventilation with reduced transmission of fan and airflow noise |
| Suitable airflow | Extraction & intake |
| Compatible system size | Nominal 102mm / 4" round ventilation systems |
| Suitable applications | Grow tents, grow rooms, propagation areas, indoor horticulture & general ventilation installations |
102mm (4") Mute Silent Ducting FAQs
What is acoustic ducting?
Acoustic ducting is flexible ventilation ducting surrounded by insulation designed to help reduce sound transmitted through the ventilation system. What size is this silent ducting?
It has a nominal diameter of 102mm, approximately 4 inches, and is supplied in a 5m length. Is this suitable for a 4-inch extraction fan?
Yes, provided the fan has a compatible nominal 102mm / 4" connection. Is this suitable for a grow tent?
Yes. Its 102mm nominal diameter makes it particularly useful with compatible 4-inch ventilation equipment used in smaller grow tents and indoor growing environments. Will acoustic ducting completely silence my extraction fan?
No. It helps reduce sound transmitted through the ductwork, but motor noise, vibration and airflow can still contribute to the overall noise produced by the system. Is acoustic ducting quieter than standard flexible ducting?
Its insulated construction is specifically intended to reduce transmitted sound compared with basic uninsulated flexible ventilation ducting. Can I connect it to a carbon filter?
Yes. It can be used with compatible 102mm / 4" carbon filters, extraction fans and other appropriately sized ventilation equipment. Can acoustic ducting be used with a silencer?
Yes. It can be combined with a compatible ventilation silencer where additional reduction of transmitted ventilation noise is required. Can the 5m duct be cut into shorter sections?
Yes. The ducting can be cut to suit the installation using suitable tools, taking care when cutting the inner duct, reinforcement and surrounding insulation. Can this ducting be used for air intake?
Yes. It can be incorporated into compatible intake systems as well as extraction installations. Does flexible ducting reduce airflow?
All ductwork introduces some resistance. Keeping the duct reasonably extended and avoiding unnecessary length, compression and tight bends helps minimise additional pressure loss. Should acoustic ducting be stretched out?
It should be extended sufficiently for the required route rather than left heavily compressed. This helps provide a less restrictive internal airflow path. Can I bend it around corners?
Yes. Its flexible construction allows changes in direction, although very tight bends that crush or significantly restrict the inner duct should be avoided. How should 4-inch acoustic ducting be secured?
Secure the inner duct to compatible fittings using an appropriately sized duct clamp or clip. Suitable HVAC foil tape can be used where additional sealing is required. What else can help reduce grow room extraction noise?
Correctly sized ducting, smooth airflow routes, vibration isolation, suitable fan-speed control and compatible acoustic silencers can all contribute to a quieter ventilation system.
10L Black Plastic Bucket with Lid & Handle - Reusable Storage Container
297
£2.97
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10L Black Plastic Bucket with Lid & Handle - Reusable Storage Container
297
£2.97
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This 10L Black Plastic Bucket with Lid & Handle is a versatile reusable storage container for horticultural, nursery, garden, warehouse, workshop and general-purpose applications. Supplied complete with a fitted lid and carrying handle, its practical 10 litre capacity makes it ideal for storing, organising and transporting suitable materials.
The 10 litre size provides a useful balance between capacity and easy handling. It is large enough for many day-to-day storage jobs while remaining compact enough to keep on shelving, workbenches or within growing and production areas.
Use it to organise suitable dry fertilisers, growing media additives, irrigation fittings, plant accessories, tools and other supplies. The lid helps keep contents contained between uses, while the handle makes the bucket convenient to move around the workplace.
Why choose this 10L bucket with lid?
- 10 litre capacity - practical size for everyday storage and organisation.
- Lid included - helps keep suitable contents contained and protected from general dust and debris.
- Carrying handle - convenient for moving materials around the nursery, garden, workshop or warehouse.
- Reusable - suitable for repeated use when cleaned and maintained appropriately.
- Black finish - smart, practical appearance for professional environments.
- Compact but useful capacity - easier to handle and store than larger bulk containers.
- Versatile storage solution - suitable for numerous horticultural and general-purpose applications.
Ideal for horticultural & nursery storage
The 10L bucket is a useful size for professional growers and gardeners who need to keep smaller quantities of materials organised and readily accessible.
Potential applications include:
- Dry fertilisers and granular plant feeds
- Growing media additives and soil amendments
- Perlite, vermiculite and similar dry materials
- Plant labels, clips and ties
- Irrigation fittings and connectors
- Small horticultural tools and accessories
- Workshop parts and fixings
- Cleaning and maintenance supplies
- General warehouse organisation
Always confirm that the container is appropriate for the specific material being stored. Food-contact suitability, chemical resistance and hazardous-material certification should not be assumed unless separately confirmed.
Keep frequently used materials organised
A 10 litre bucket is particularly useful for materials and accessories that need to remain close at hand without taking up the space of a larger storage container.
The fitted lid helps reduce contamination from general workplace dust and debris while keeping loose contents together. This makes the bucket useful for organising materials between jobs or separating different components within a larger storage area.
A practical reusable container
Reusable buckets are useful throughout horticultural businesses, from potting and production areas through to irrigation stores, workshops and warehouses.
Once emptied, the bucket can be cleaned and returned to service where appropriate. When changing its use, always consider what was previously stored inside and whether the container is suitable for the new material.
10L Black Bucket product details
| Product type | Reusable plastic bucket with lid |
|---|---|
| Capacity | 10 litres |
| Colour | Black |
| Lid included | Yes |
| Handle | Yes |
| Reusable | Yes |
| Primary use | Storage, organisation and transport of suitable materials |
| Suitable environments | Nurseries, growing areas, gardens, warehouses, workshops and general storage areas |
10L Bucket with Lid FAQs
What capacity is this bucket?
The bucket has a nominal capacity of 10 litres, making it a practical size for everyday storage and organisation. Does the 10L bucket come with a lid?
Yes. The bucket is supplied complete with a fitted lid. Does the bucket have a carrying handle?
Yes. A carrying handle is included for convenient movement between work areas. What can I use a 10L bucket for in horticulture?
Typical uses include organising suitable dry fertilisers, growing media additives, plant labels, irrigation fittings, horticultural accessories and other supplies. Can I use it for perlite or other growing media additives?
Yes. The 10L capacity can be useful for keeping smaller working quantities of suitable dry growing media components and amendments organised. Can the bucket be reused?
Yes. It can be cleaned and reused where appropriate, taking into account its previous contents and intended new application. Is the lid leak-proof?
No leak-proof specification is stated, so the lid should not be assumed to provide leak-proof transport of liquids. Is this bucket food safe?
No food-contact certification is specified for this product, so food-grade suitability should not be assumed. Can this bucket be used for chemicals?
Suitability depends on the specific substance. Check its storage requirements and confirm compatibility with the container before use.
10L Round Plant Pot - Black Nursery & Grow Pot
55
£0.55
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10L Round Plant Pot - Black Nursery & Grow Pot
55
£0.55
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The 10L Round Plant Pot is a versatile black horticultural grow pot for established plants, vegetables, ornamentals and nursery stock. Measuring approximately 29cm across the upper rim, 21cm across the base and 22cm high, it provides a useful 10 litre root volume while remaining compact and easy to handle.
Ten litres is a highly practical intermediate and finishing container size, providing considerably more root space than smaller propagation pots without the footprint of larger 15L, 20L or 25L containers.
The traditional tapered round profile makes the pot suitable for professional nursery production as well as greenhouse, polytunnel, indoor and outdoor growing. It can be used with peat-free compost, peat-based growing media, soil mixes, coco coir, living soil and other suitable horticultural substrates.
Its broad upper opening makes planting, top-dressing and crop maintenance straightforward, while the tapered sides help plants and established root balls release when repotting or transplanting.
Why choose the 10L Round Plant Pot?
- 10 litre capacity - useful root volume for established plants and productive crops.
- 29cm upper rim - generous opening for planting, watering and top-dressing.
- 22cm high - provides useful depth for continued root development.
- 21cm base - practical tapered nursery-pot profile.
- Excellent potting-on size - ideal for moving established plants on from smaller containers.
- Versatile finishing pot - suitable as the final container for many medium-sized crops and ornamentals.
- Suitable for peat-free growing - compatible with modern peat-free composts.
- Suitable for coco - works with coco coir and coco-based substrates.
- Suitable for living soil - can accommodate biologically active growing media where the volume suits the crop.
- Indoor & outdoor use - suitable for nurseries, greenhouses, polytunnels, grow rooms and gardens.
- Reusable - sound pots can be cleaned and reused for subsequent crops.
- Compatible saucer available - fits the 30cm saucer, product code P00019.
What can you grow in a 10L pot?
A 10 litre plant pot provides enough growing-medium volume for a wide range of established edible and ornamental plants. Typical applications include:
- Chilli and pepper plants
- Compact tomato varieties
- Aubergines
- Established herbs
- Strawberries and other soft fruit plants
- Herbaceous perennials
- Ornamental flowering plants
- Young shrubs
- Climbing plants
- General nursery stock
Whether 10L is suitable as the final container depends on the species, variety, vigour and intended growing period. Large or particularly vigorous plants may eventually require a larger pot.
A practical potting-on container
The 10L Round Pot is particularly useful as a growing-on container for plants that have established thoroughly in smaller pots.
Moving into a larger volume gives the developing root system access to additional growing medium, moisture and nutrients. Plants should generally be potted-on when the existing root system has developed sufficiently to hold the root ball together without being left excessively root-bound.
After transplanting, water appropriately to settle the fresh substrate around the existing root ball and adjust subsequent irrigation to the size of the developing root system.
Suitable growing media
The 10L Round Plant Pot can be used with a wide range of horticultural growing media, including:
- Peat-free compost
- Peat-based nursery substrates
- Soil-based potting mixes
- Compost-based growing media
- Coco coir
- Coco and perlite mixes
- Living soil
- Other suitable professional horticultural substrates
Always select a substrate suited to the crop and cultivation method. The balance between moisture retention, drainage and air-filled porosity is important for maintaining a healthy root environment.
Watering plants in a 10L pot
Irrigation frequency should be based on the plant, root development, growing medium and environmental conditions rather than container size alone.
Immediately after potting-on, the roots may occupy only part of the new 10 litre volume. Avoid repeatedly saturating a large volume of unrooted growing medium. As the root system expands and the plant develops, water demand will normally increase.
The pot can be incorporated into hand-watered growing systems as well as appropriate drip and automated irrigation installations.
Fits the 30cm Pot Saucer
The 10L Round Plant Pot is listed for use with the 30cm saucer, product code P00019.
The compatible saucer measures approximately 31cm across the rim, 28cm across the base and 5cm high.
A saucer can help collect irrigation runoff and protect greenhouse benches, shelving, floors, patios and other surfaces around container-grown plants.
Unless the chosen growing system specifically requires it, avoid leaving the root zone permanently sitting in stagnant runoff.
Professional nursery & greenhouse pot
The combination of a useful 10 litre capacity and manageable footprint makes this pot suitable for commercial nursery production and growing-on established stock.
Its round, tapered format allows plants to be repositioned easily as spacing requirements change. As crops become larger, increasing the distance between pots where necessary can improve airflow, light penetration and access for irrigation and maintenance.
Empty pots can also be nested together, helping reduce the storage space required between production cycles.
Reusable horticultural grow pot
Pots that remain in good condition can be emptied, cleaned and reused for future plants.
Remove old growing medium and root debris before cleaning. When pots are being reused between different crops, appropriate hygiene procedures can help reduce the transfer of pests and plant pathogens.
10L Round Plant Pot product details
| Product | Round Plant Pot |
|---|---|
| Nominal capacity | 10L |
| Shape | Round |
| Colour | Black |
| Upper rim width | Approximately 29cm |
| Base width | Approximately 21cm |
| Height | Approximately 22cm |
| Primary use | Potting-on, established plants, nursery production & container growing |
| Suitable media | Soil, compost, peat-free media, coco, living soil & compatible horticultural substrates |
| Suitable environments | Nurseries, greenhouses, polytunnels, indoor growing & outdoor cultivation |
| Compatible saucer | 30cm Saucer - product code P00019 |
| Saucer dimensions | Rim 31cm x base 28cm x height 5cm |
| Reusable | Yes, when cleaned and maintained appropriately |
10L Round Plant Pot FAQs
What are the dimensions of the 10L Round Plant Pot?
The pot measures approximately 29cm across the upper rim, 21cm across the base and 22cm high.
Which saucer fits the 10L Round Pot?
The specified compatible option is the 30cm saucer, product code P00019. It measures approximately 31cm across the rim, 28cm across the base and 5cm high.
What can I grow in a 10L plant pot?
Ten litres is suitable for many established herbs, chillies, peppers, compact vegetables, ornamental plants, perennials and young nursery plants.
Is a 10L pot suitable for chilli plants?
Yes. A 10L pot provides useful root volume for many mature chilli and pepper plants and is commonly suitable as a substantial growing-on or final container.
Can tomatoes be grown in a 10L pot?
Yes, particularly compact varieties. Larger and more vigorous tomato plants may perform better with additional root volume depending on the growing conditions.
Can I use peat-free compost?
Yes. The pot is suitable for peat-free compost and other appropriate horticultural growing media.
Can this pot be used with coco coir?
Yes. Coco coir and coco-based substrates can be used, with irrigation and nutrition managed appropriately for coco cultivation.
Can I use living soil in a 10L pot?
Yes, although growers should ensure the 10 litre soil volume is appropriate for the crop and the particular living-soil growing method.
Is 10L suitable as a final plant pot?
It can be for many medium-sized plants. Large, vigorous or long-lived plants may eventually benefit from a larger final container.
When should I pot a plant into a 10L container?
A plant can generally be moved into a larger container once its roots have established throughout the existing pot and additional root volume is required for continued development.
Is the 10L pot suitable for professional nursery use?
Yes. Its practical capacity and conventional tapered format make it suitable for growing-on and finishing a wide range of nursery stock.
Can this pot be used outdoors?
Yes. It is suitable for outdoor container cultivation as well as greenhouses, nurseries, polytunnels and indoor growing environments.
Why use a saucer underneath the pot?
A compatible saucer helps catch excess irrigation water and can protect benches, patios, floors and other surfaces from runoff.
Can the 10L Round Plant Pot be reused?
Yes. Pots that remain in sound condition can be emptied, cleaned and reused for subsequent crops.
Is a 10L pot easier to manage than a larger container?
Its relatively compact footprint makes it easier to position and handle than substantially larger pots while still providing useful root volume for established plants.
Compact 10ml measuring syringe for accurate dosing of small quantities of liquid plant nutrients, additives and boosters.
This 10ml Nutrient Measuring Syringe provides a simple way to measure small volumes of liquid when preparing plant feeds and nutrient solutions. Its compact capacity is particularly useful when working with concentrated nutrients and additives where accurate, low-volume dosing matters.
Easy to keep alongside your nutrients and mixing equipment, the syringe allows growers to draw up the required quantity before dispensing it into water or a nutrient reservoir. It is a useful everyday measuring tool for grow rooms, propagation areas, greenhouses and general horticultural use.
Why choose a 10ml Nutrient Measuring Syringe?
- 10ml capacity – ideal for measuring relatively small volumes of suitable liquid nutrients and additives.
- Useful for concentrated feeds – particularly handy when products are applied at low dosage rates.
- Graduated barrel – helps growers measure the required volume rather than relying on guesswork.
- Controlled dispensing – draw up and dispense the measured liquid directly where required.
- Helps improve dosing consistency – makes it easier to repeat measured nutrient and additive applications.
- Compact measuring tool – convenient for grow rooms, greenhouses, propagation areas and nutrient mixing stations.
What is a 10ml Measuring Syringe suitable for?
A 10ml measuring syringe is particularly useful when working with concentrated plant nutrients, root stimulants, boosters and other compatible liquid additives that are used in relatively small quantities.
Its smaller capacity provides good control for low-volume measurements and can be more convenient than using a larger syringe, measuring cup or jug. This makes it a useful choice for hydroponic growing, propagation, greenhouse production and general horticultural feeding.
How to use a 10ml Nutrient Measuring Syringe
Place the syringe tip into the liquid and slowly draw back the plunger until the required quantity is shown on the graduated barrel. Remove the syringe from the container and dispense the measured liquid into the appropriate mixing vessel, water or nutrient reservoir.
Always follow the dosage instructions supplied with the nutrient or additive being measured. Take care to avoid cross-contamination between concentrated products and clean or replace measuring equipment as appropriate between different liquids.
Product details
| Product | Nutrient Measuring Syringe |
|---|---|
| Product type | Liquid measuring syringe |
| Capacity | 10ml |
| Scale | Graduated barrel |
| Typical applications | Measuring liquid plant nutrients, feeds, additives & boosters |
| Pack quantity | 100 |
10ml Nutrient Measuring Syringe FAQs
What is a 10ml syringe used for in horticulture?
A 10ml measuring syringe is useful for measuring and dispensing small quantities of suitable liquid plant nutrients, feeds, supplements and additives when preparing nutrient solutions.
Can I use a 10ml syringe for measuring plant nutrients?
Yes. The compact 10ml capacity is particularly useful when nutrients or additives need to be measured in relatively small quantities before being added to water or a nutrient reservoir.
Is a 10ml syringe suitable for concentrated nutrients?
A 10ml syringe can be particularly convenient for concentrated liquid nutrients and additives with low application rates, as smaller volumes can be measured more easily than with a large measuring jug.
Should I choose a 10ml, 20ml or 60ml nutrient syringe?
Choose the size that best matches the quantities you regularly measure. A 10ml syringe is useful for smaller doses, while 20ml and 60ml syringes provide greater capacity when larger quantities of liquid need to be measured.
Can I use the same syringe for different nutrients?
Take care to avoid cross-contamination between concentrated products. Clean the syringe appropriately between compatible liquids or use separate measuring equipment where necessary.
Can a 10ml syringe be used for pH adjustment liquids?
Only use measuring equipment that is compatible with the liquid being handled. Concentrated acids and alkalis can require chemical-resistant equipment, so check the instructions for the specific pH adjustment product before use.
How many 10ml syringes are in a pack?
The pack quantity is 100 syringes. This figure is provided for logistical and stock-planning purposes and does not mean the product must be purchased by the full pack.
110L Vita Terracotta Planter 100cm x 45cm x 40cm
4676
£46.76
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110L Vita Terracotta Planter 100cm x 45cm x 40cm
4676
£46.76
Unit price per
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The 110L Vita Terracotta Planter 100cm x 45cm x 40cm is a decorative planter for attractive container planting in gardens, patios, entrances and retail displays.
Its shape and decorative finish make it suitable for seasonal flowers, foliage plants and other appropriate container-grown displays. It has a stated capacity of 110L, stated dimensions of 100cm x 45cm x 40cm.
Sold individually. A full pallet contains 90 planters for commercial volume orders.
Key benefits
- Decorative planter for garden, patio and retail displays
- Stated dimensions: 100cm x 45cm x 40cm
- 110L stated capacity
- Sold individually, allowing flexible ordering
- Suitable for seasonal replanting and changing displays
- Useful for domestic, landscaping and garden-centre applications
Ideal for container planting
This planter can be used for seasonal flowers, foliage plants and other appropriate container-grown displays. Choose plants whose mature size and root requirements suit the available container volume.
For mixed displays, combine plants with similar requirements for light, watering and feeding so that the planting remains easier to manage throughout the season.
Planting & care
Use a suitable container growing medium and avoid excessive compaction when filling. Check that water can drain appropriately for the plants being grown, and position the planter on a stable surface before filling.
Water according to the crop, weather and moisture level of the growing medium. Container-grown plants may also require supplementary feeding as nutrients in the substrate are used over time.
For garden centres, landscapers & larger planting schemes
The planter is sold individually, making it practical for both one-off displays and larger projects. For volume planning, a full pallet contains 90 planters.
110L Vita Terracotta Planter 100cm x 45cm x 40cm product details
| Brand | Growers Own |
|---|---|
| Product type | Decorative planter |
| Selling quantity | 1 planter |
| Capacity | 110L |
| Stated dimensions | 100cm x 45cm x 40cm |
| Pallet quantity | 90 planters |
110L Vita Terracotta Planter 100cm x 45cm x 40cm FAQs
Is this planter sold individually?
Yes. The price and ordering quantity are for one planter. What capacity is this planter?
The stated capacity is 110L. What size is the planter?
The stated dimensions are 100cm x 45cm x 40cm. What can I plant in it?
It is suitable for seasonal flowers, foliage plants and other appropriate container-grown displays, provided the chosen plants are appropriate for the available root volume. What compost should I use?
Use a container growing medium suited to the plants being grown. The required drainage, moisture retention and nutrient level will vary by plant type. Can I create a mixed planting display?
Yes. Choose plants with compatible light, watering and feeding requirements and allow enough space for their mature growth. How often should I water it?
Water according to plant demand and the moisture level of the growing medium rather than following a fixed timetable. Containers can dry more quickly in warm, bright or windy conditions. How many planters are on a full pallet?
A full pallet contains 90 planters. Individual planters can still be ordered separately.
11cm Square Plant Pot 1L - Black Nursery & Grow Pot
17
£0.17
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11cm Square Plant Pot 1L - Black Nursery & Grow Pot
17
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The 11cm Square Plant Pot is a compact 1 litre black horticultural pot designed for propagation, potting-on and nursery production. Its square footprint allows plants to be positioned efficiently on benches and growing areas, making it particularly useful when larger numbers of young plants need to be accommodated in a limited space.
With a nominal capacity of 1 litre, this pot provides a practical step up from smaller seedling and propagation containers. It gives developing root systems additional growing-medium volume without moving young plants directly into an unnecessarily large container.
The tapered sides help established root balls release from the container when plants are ready for potting-on, while the square upper profile reduces the unused gaps normally created between conventional round pots.
Suitable for peat-based and peat-free compost, soil mixes, coco coir and other horticultural growing media, the 11cm Square Pot is suitable for professional nurseries, greenhouses, propagation areas, indoor growing and home horticulture.
Why choose the 11cm Square Plant Pot?
- 1 litre capacity - ideal for established seedlings, rooted cuttings and young plants.
- 11cm square format - provides an efficient footprint for benches and growing areas.
- Excellent growing-on pot - a practical progression from smaller propagation containers.
- Space efficient - square pots can be positioned closely together with minimal wasted space.
- Tapered profile - helps with plant removal and allows empty pots to nest together.
- Suitable for peat-free compost - compatible with modern peat-free growing media.
- Suitable for coco - useful for coco coir and coco-based growing systems.
- Professional nursery format - suitable for propagation, growing-on and retail plants.
- Versatile crop use - suitable for herbs, ornamentals, vegetables and general nursery stock.
- Indoor & outdoor use - suitable for greenhouses, polytunnels, nurseries and gardens.
- Reusable - sound pots can be cleaned and reused for subsequent crops.
Space-saving square plant pot
One of the main advantages of a square plant pot is efficient use of growing space. Square containers can sit closely alongside one another, reducing the gaps that naturally occur between rows of round pots.
This can be particularly valuable in propagation units, nurseries and greenhouses where hundreds or thousands of young plants may occupy the same production area.
As plants develop larger canopies, pots can then be spaced further apart where required to improve airflow, light distribution and access for irrigation.
The tapered sides also allow empty pots to nest together, reducing the amount of storage space required between growing cycles.
A practical 1 litre growing-on pot
A 1L plant pot is a useful intermediate container for plants that have established in smaller propagation cells, plug trays or starter pots.
Moving a young plant into approximately one litre of growing medium provides fresh substrate and additional root space while keeping the container volume manageable during early development.
For many nursery crops, the 1L stage provides an effective bridge between propagation and larger 2L, 3L or finishing containers.
Compact plants and short-cycle crops may also be grown to sale or maturity in a 1L container where the available root volume is appropriate.
What can you grow in a 1L square pot?
The 11cm Square Plant Pot is suitable for a wide variety of young and compact plants, including:
- Established seedlings
- Rooted cuttings
- Herbs
- Young chilli and pepper plants
- Young tomato plants
- Bedding plants
- Herbaceous perennials
- Young ornamental plants
- Vegetable transplants
- Young shrubs
- General nursery stock
Whether 1L is suitable as a final container depends on the mature size and vigour of the crop. Larger plants will normally require potting-on as their root systems develop.
Suitable growing media
The 11cm Square Plant Pot can be used with a broad range of horticultural substrates, including:
- Peat-free compost
- Peat-based nursery compost
- Soil-based potting mixes
- Compost-based growing media
- Coco coir
- Coco and perlite mixes
- Other suitable propagation and nursery substrates
Select a growing medium appropriate for the crop and irrigation system. Different substrates vary considerably in water-holding capacity, drainage and air-filled porosity.
When should you pot on into a 1L container?
Potting-on should generally be based on plant and root development rather than following a fixed timetable.
Young plants may be ready for a 1L pot when roots have established throughout their existing propagation medium, the smaller container is drying increasingly quickly or additional root volume is needed to support continued growth.
Progressive potting can make irrigation easier to manage because the amount of growing medium remains reasonably proportionate to the developing root system.
Watering plants in 1L pots
One litre containers hold substantially less growing medium than large finishing pots, so moisture levels can change relatively quickly as plants become established.
Check the substrate regularly rather than watering solely according to a fixed timetable. Temperature, light levels, plant size, root development and the chosen growing medium can all significantly affect irrigation frequency.
Immediately after potting-on, avoid repeatedly saturating fresh substrate that has not yet been fully colonised by roots. Water demand will normally increase as the plant develops.
Ideal for propagation & nursery production
The combination of compact volume and square footprint makes the 11cm 1L pot particularly useful for professional growing-on applications.
Plants can initially be positioned closely together to maximise production space before being progressively spaced as their canopies increase in size.
The manageable container size also makes young plants straightforward to move, grade, irrigate and prepare for potting-on or retail.
Compatible 25cm Pot Saucer
The existing product specification lists the 25cm saucer, product code P00110, for use with this pot.
The saucer measures approximately 25.5cm across the rim, 21.5cm across the base and 4cm high.
A saucer can help collect irrigation runoff and protect greenhouse benches, shelving and other growing surfaces from excess water.
Reusable horticultural plant pot
Pots that remain in sound condition can be emptied, cleaned and reused for subsequent plants.
Remove old roots and growing-medium residue before cleaning. Appropriate hygiene between crops can help minimise the risk of transferring pests or plant pathogens.
Empty pots can be nested together to reduce storage requirements when not in use.
11cm Square Plant Pot product details
| Product | Square Plant Pot |
|---|---|
| Nominal capacity | 1L |
| Nominal size | 11cm |
| Shape | Square |
| Colour | Black |
| Primary use | Propagation, potting-on, growing-on & nursery production |
| Suitable media | Soil, compost, peat-free media, coco & compatible horticultural substrates |
| Suitable environments | Nurseries, greenhouses, polytunnels, propagation areas, indoor growing & outdoor cultivation |
| Listed saucer | 25cm Saucer - product code P00110 |
| Saucer dimensions | Rim 25.5cm x base 21.5cm x height 4cm |
| Reusable | Yes, when cleaned and maintained appropriately |
11cm Square 1L Plant Pot FAQs
What capacity is the 11cm Square Plant Pot?
This pot has a nominal growing capacity of approximately 1 litre.
Is an 11cm pot suitable for seedlings?
Yes. It is particularly useful for established seedlings that have developed beyond their initial propagation cells or starter pots.
Is a 1L pot good for rooted cuttings?
Yes. Once a cutting has developed a suitable root system, a 1L container can provide useful additional substrate volume for growing-on.
Why use square plant pots?
Square pots can be positioned closely alongside one another, helping growers use greenhouse, propagation and nursery bench space efficiently.
Can I grow herbs in a 1L pot?
Yes. Many herbs can be grown or grown-on in 1L pots, although larger perennial herbs may eventually require additional root volume.
Can I grow chillies in a 1L pot?
A 1L pot is useful for growing-on young chilli and pepper plants before they are moved into larger final containers.
Can I grow tomatoes in a 1L pot?
Yes, for the young-plant stage. Most mature tomato plants will require a considerably larger final container.
Can I use peat-free compost?
Yes. The pot can be used with peat-free compost as well as other appropriate nursery and propagation growing media.
Can this square pot be used with coco coir?
Yes. Coco coir and coco-based substrates can be used, with irrigation and nutrition managed according to the chosen growing system.
Is 1L suitable as a final plant pot?
It can be suitable for compact plants and some short-cycle crops. Larger or more vigorous plants will generally need potting-on into a bigger container.
Is this suitable for professional nursery production?
Yes. The square footprint and practical 1L capacity make it particularly useful for nursery growing-on and space-efficient plant production.
Can the pot be used outdoors?
Yes. It is suitable for outdoor cultivation as well as greenhouses, polytunnels, nurseries and indoor growing areas.
Can the pot be reused?
Yes. Pots that remain in good condition can be cleaned and reused. Appropriate hygiene is recommended between crops.
When should I move a plant from a 1L pot?
Consider potting-on when roots have established throughout the growing medium, the pot begins drying increasingly quickly or the plant requires more root volume for continued development.
What saucer is listed for this pot?
The existing specification lists the 25cm saucer, product code P00110, measuring approximately 25.5cm across the rim, 21.5cm across the base and 4cm high.
The 11L Square Pot is a professional growing container designed for professional container production where efficient bench or floor spacing is useful.
The 11L format provides substantial root volume for crops that need more space than standard nursery pots, while the container style is intended for repeated handling through production, spacing, irrigation and dispatch.
Sold individually.
Key benefits
- 11L nominal capacity
- Designed for professional container production where efficient bench or floor spacing is useful
- Single-pot selling unit
- Suitable for professional nursery, landscape and tree production
- Square footprint for efficient growing-space use
Efficient container production
The 11L square format is useful where growers want to organise crops efficiently across benches, beds or standing areas. Square pots can reduce unused gaps between adjacent containers compared with equivalent round formats.
Match the container volume to the crop and production period, allowing adequate root space without creating an excessively wet or slow-drying root zone.
Choosing the growing medium
Use a professional growing medium appropriate to the crop, container size and irrigation system. Larger pots need a substrate with enough structure to maintain air-filled porosity and drainage throughout the production period while retaining sufficient available moisture.
Avoid excessive compaction during filling. Settle the medium consistently and leave suitable watering space at the top of the container.
Irrigation & root-zone management
Container size has a major effect on drying behaviour. Check moisture through the root zone rather than judging only the surface, and adjust irrigation frequency and volume as crop size, weather and rooting increase.
Ensure drainage points remain clear and avoid leaving containers standing in prolonged saturation unless the crop and production system are specifically designed for it.
Handling, spacing & stability
Position larger pots on a stable, well-drained growing surface and allow sufficient spacing for crop development and access. Consider wind exposure as top-heavy trees and shrubs develop.
Filled containers can be substantially heavier than their nominal litre capacity suggests. Use appropriate lifting and handling methods, particularly with the larger sizes in this range.
Reuse & crop hygiene
Where pots remain serviceable, they may be reused subject to the nursery's crop-hygiene requirements. Remove old substrate and plant material, inspect the container for damage and clean or disinfect as appropriate before the next crop cycle.
11L Square Pot product details
| Product type | Square Nursery Pot |
|---|---|
| Nominal capacity | 11L |
| Selling quantity | 1 pot |
| Primary application | professional container production where efficient bench or floor spacing is useful |
11L Square Pot FAQs
Is this nursery pot sold individually?
Yes. The selling unit is one pot. What capacity is this pot?
The stated nominal capacity is 11L. What is this pot suitable for?
It is intended for professional container production where efficient bench or floor spacing is useful. What growing medium should I use?
Use a professional substrate appropriate to the crop, container size and irrigation system, with suitable structure, drainage, aeration and moisture retention. How should larger pots be watered?
Check moisture through the root zone and adjust irrigation to crop size, rooting, weather and substrate behaviour rather than relying on a fixed timetable. Can the pot be reused?
Yes where it remains serviceable and nursery hygiene requirements are met. Remove old substrate and clean appropriately before reuse. What should I consider when moving a filled pot?
A filled and watered container can be very heavy. Use appropriate manual-handling methods or mechanical assistance where required. How do I choose between pot sizes?
Match container volume to crop vigour, root development, production period and intended finished-plant size.
12 Way MDF Lighting Timer Board - 12 Timed Sockets & 2 Auxiliary Fan Sockets
4999
£49.99
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12 Way MDF Lighting Timer Board - 12 Timed Sockets & 2 Auxiliary Fan Sockets
4999
£49.99
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The 12 Way + 2 MDF Lighting Timer Board provides centralised control for multi-light installations, combining 12 timed lighting sockets with 2 auxiliary sockets for compatible fans and supporting equipment.
Designed to provide a more organised alternative to using numerous individual plug-in timers, the board brings the lighting outlets, mechanical timer and contactor switching together on a single rigid MDF mounting board.
The 12 timed UK sockets allow compatible lighting equipment to follow the same automatic schedule, while the 2 auxiliary sockets provide separate connections for compatible ventilation or environmental equipment.
This makes the board particularly useful for medium to larger horticultural lighting installations where reliable centralised switching and straightforward equipment organisation are required.
Why choose the 12 Way + 2 MDF Lighting Timer Board?
- 12 timed lighting sockets - control multiple compatible lights from one central timer.
- 2 auxiliary sockets - additional connections for compatible fans and supporting equipment.
- Integrated mechanical timer - provides automatic daily lighting control from a single location.
- Contactor-controlled switching - separates the timing function from the switching of the main lighting load.
- Centralised lighting control - helps keep a multi-light installation organised and easier to manage.
- Common lighting schedule - connected lighting on the timed circuit operates together rather than relying on numerous separately programmed timers.
- MDF mounting board - sockets and control components are arranged on a rigid mounting surface.
- Designed for fixed installations - suitable where a dedicated multi-way lighting control point is preferable to individual extension leads and timers.
12 timed sockets for multi-light control
The board provides 12 UK lighting sockets controlled by the central timer, allowing multiple compatible lighting systems to operate from the same programmed schedule.
This simplifies the management of larger lighting installations because the daily switching cycle can be controlled centrally rather than setting and maintaining a separate timer for every light.
Lighting connected to the timed circuit can therefore switch together at the beginning and end of the programmed lighting period.
The number of available sockets should not be confused with electrical capacity. The actual number, type and wattage of lights that can be connected depends on the electrical characteristics of the equipment, the timer board and the supply feeding it.
Contactor-controlled lighting
Switching multiple lighting systems can place significant demands on electrical control equipment, particularly where ballasts, drivers or other control gear produce substantial starting or inrush current.
The timer board uses a contactor-controlled switching arrangement. The mechanical timer determines when the lighting should operate, while the contactor handles the switching of the connected lighting circuit.
This is a more appropriate arrangement for multi-light control than attempting to pass the entire connected lighting load directly through an ordinary plug-in timer.
2 auxiliary sockets for fans & supporting equipment
In addition to the 12 timed lighting outlets, the board includes 2 auxiliary sockets for compatible supporting equipment.
Ventilation fans are a typical application, allowing extraction, intake or circulation equipment to be incorporated into the same organised power distribution area.
The electrical requirements of any equipment connected to these outlets should be checked before use. Equipment requiring dedicated thermostatic, speed or environmental control should still be connected through the appropriate controller where required.
A cleaner approach to multi-light power distribution
As a lighting installation expands, using numerous individual timers and extension leads can quickly make power distribution difficult to organise.
A dedicated MDF timer board provides a clear central point for the main lighting connections and associated equipment. This can make the installation easier to understand, inspect and maintain.
It also means the lighting schedule is controlled from one location, reducing the possibility of individual timers being set to slightly different times.
Installation & electrical planning
A 12-way lighting timer board forms part of a substantial electrical installation. The electrical supply, circuit protection, cabling and connected equipment therefore need to be considered together.
The board should be securely mounted in a suitable dry location and kept protected from irrigation water, spray, condensation and excessive moisture. Sufficient space should be maintained around the board for safe operation, inspection and maintenance.
The electrical supply and installation requirements should be assessed and completed by a suitably qualified electrician.
12 Way + 2 MDF Lighting Timer Board product details
| Product type | MDF lighting contactor and timer board |
|---|---|
| Timed lighting sockets | 12 |
| Auxiliary sockets | 2 |
| Socket format | UK sockets |
| Lighting control | Integrated mechanical timer with contactor-controlled switching |
| Mounting format | MDF board |
| Primary application | Centralised control of multi-light installations |
| Typical auxiliary applications | Compatible ventilation fans and supporting environmental equipment |
| Outer case quantity | 4 boards |
12 Way + 2 MDF Lighting Timer Board FAQs
What does 12 Way + 2 mean?
The board has 12 sockets for the main timed lighting circuit plus 2 additional auxiliary sockets for compatible supporting equipment such as ventilation fans. What is the advantage of controlling all the lights from one timer?
A central timer keeps compatible lighting on one common schedule. This avoids having to programme numerous individual timers and reduces the chance of different lights switching at slightly different times. Why is a contactor used on the timer board?
The contactor performs the electrical switching of the lighting circuit while the timer determines when that switching occurs. This avoids placing the complete multi-light load directly through the timer contacts. Can the two additional sockets be used for extraction and intake fans?
Compatible extraction, intake or circulation fans are typical applications for the auxiliary sockets. Any separate fan speed or environmental control requirements should still be considered when planning the system. Does having 12 sockets mean any 12 lights can be connected?
No. Socket count and electrical capacity are different. The connected equipment's running load, starting or inrush characteristics and the capacity of the electrical installation must all be considered. Can the timer board be used with modern LED plant lighting?
It can be used with compatible LED lighting where the drivers, total connected load and inrush characteristics are suitable for the switching equipment and electrical installation. Can HID and LED lighting be connected to the same timer board?
Potentially, but the complete electrical characteristics of the connected equipment must be assessed. Different lighting technologies can have very different starting and inrush behaviour even when their stated running wattages are similar. What happens if one light is unplugged?
The remaining equipment connected to the timed circuit can continue following the common timer schedule. Individual sockets provide separate physical connections while the switching schedule is controlled centrally. Where should the MDF lighting timer board be mounted?
Mount it securely in a suitable dry location protected from irrigation water, spray, condensation and excessive moisture, while retaining sufficient access for inspection and maintenance. Why is the board mounted on MDF?
The MDF panel provides a rigid mounting surface that keeps the sockets, timer and switching components together as one organised control assembly. Does this require professional electrical installation?
The board forms part of a substantial multi-way electrical installation. The available supply, circuit protection, cabling and total connected load should be assessed and the installation completed by a suitably qualified electrician. How many 12 Way + 2 timer boards are in an outer case?
The outer case quantity is 4 boards.
The 120L Nursery Tub is a professional growing container designed for large-specimen, tree, shrub and nursery container production.
The 120L format provides substantial root volume for crops that need more space than standard nursery pots, while the container style is intended for repeated handling through production, spacing, irrigation and dispatch.
Sold individually.
Key benefits
- 120L nominal capacity
- Designed for large-specimen, tree, shrub and nursery container production
- Single-pot selling unit
- Suitable for professional nursery, landscape and tree production
Large-volume nursery & specimen production
The 120L nursery tub is intended for crops requiring a substantial container volume, including larger shrubs, trees and specimen plants where the crop, production period and root system justify the additional growing-medium volume.
Large containers become extremely heavy once filled and irrigated. Plan the production area, irrigation method and mechanical or team handling arrangements before potting.
Choosing the growing medium
Use a professional growing medium appropriate to the crop, container size and irrigation system. Larger pots need a substrate with enough structure to maintain air-filled porosity and drainage throughout the production period while retaining sufficient available moisture.
Avoid excessive compaction during filling. Settle the medium consistently and leave suitable watering space at the top of the container.
Irrigation & root-zone management
Container size has a major effect on drying behaviour. Check moisture through the root zone rather than judging only the surface, and adjust irrigation frequency and volume as crop size, weather and rooting increase.
Ensure drainage points remain clear and avoid leaving containers standing in prolonged saturation unless the crop and production system are specifically designed for it.
Handling, spacing & stability
Position larger pots on a stable, well-drained growing surface and allow sufficient spacing for crop development and access. Consider wind exposure as top-heavy trees and shrubs develop.
Filled containers can be substantially heavier than their nominal litre capacity suggests. Use appropriate lifting and handling methods, particularly with the larger sizes in this range.
Reuse & crop hygiene
Where pots remain serviceable, they may be reused subject to the nursery's crop-hygiene requirements. Remove old substrate and plant material, inspect the container for damage and clean or disinfect as appropriate before the next crop cycle.
120L Nursery Tub product details
| Product type | Large Nursery Tub |
|---|---|
| Nominal capacity | 120L |
| Selling quantity | 1 pot |
| Primary application | large-specimen, tree, shrub and nursery container production |
120L Nursery Tub FAQs
Is this nursery pot sold individually?
Yes. The selling unit is one pot. What capacity is this pot?
The stated nominal capacity is 120L. What is this pot suitable for?
It is intended for large-specimen, tree, shrub and nursery container production. What growing medium should I use?
Use a professional substrate appropriate to the crop, container size and irrigation system, with suitable structure, drainage, aeration and moisture retention. How should larger pots be watered?
Check moisture through the root zone and adjust irrigation to crop size, rooting, weather and substrate behaviour rather than relying on a fixed timetable. Can the pot be reused?
Yes where it remains serviceable and nursery hygiene requirements are met. Remove old substrate and clean appropriately before reuse. What should I consider when moving a filled pot?
A filled and watered container can be very heavy. Use appropriate manual-handling methods or mechanical assistance where required. How do I choose between pot sizes?
Match container volume to crop vigour, root development, production period and intended finished-plant size.
125mm (5”) Quick Release Ducting Clip - Metal Ventilation Clamp
38
£0.38
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125mm (5”) Quick Release Ducting Clip - Metal Ventilation Clamp
38
£0.38
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125mm (5") Quick Release Ducting Clip provides a strong, secure and removable connection for compatible 125mm round ventilation ducting, fans, filters and fittings.
A secure duct connection is important for maintaining an efficient ventilation system. Loose connections can allow ducting to move and create unwanted air leakage. This adjustable metal clip fits around the outside of the duct and tightens securely around the connection point.
The quick-release design is particularly useful where ventilation equipment may need to be disconnected for cleaning, maintenance or replacement. The clip can be released and refitted, providing a practical alternative to relying solely on tape for mechanical fixing.
Sized for 125mm / 5" ventilation systems, it is suitable for connecting compatible flexible ducting and acoustic ducting to fans, carbon filters, rigid fittings and other round ventilation components.
Why choose a quick release ducting clip?
- Secure duct connections - clamps flexible ducting firmly around compatible round ventilation connections.
- 125mm / 5" size - designed for compatible 5-inch ventilation systems.
- Quick-release fastening - makes removing and reconnecting ventilation components easier.
- Reusable - can be released and refitted when equipment requires servicing or repositioning.
- Adjustable clamping - allows the band to be tightened securely around the connection.
- Ideal for flexible ducting - suitable for securing compatible flexible ventilation duct.
- Suitable for acoustic ducting - useful when installing insulated acoustic ventilation duct.
- Fan and filter connections - suitable for compatible inline fans, carbon filters and round ventilation fittings.
- Clean installation - provides a purpose-made mechanical fixing for ventilation duct connections.
Secure 125mm ventilation connections
Quick release ducting clips are designed to create a reliable mechanical connection between flexible ducting and round ventilation equipment.
They are particularly useful in indoor horticultural ventilation systems where fans, filters and ductwork may need periodic inspection, cleaning or replacement.
The clip can be used around compatible standard flexible ducting or the flexible inner section of acoustic ducting, securing it to an appropriately sized spigot or connector.
How to fit a 125mm quick release ducting clip
Position the ducting over the compatible 125mm connection and place the clip around the outside of the duct. Make sure sufficient ducting overlaps the connection before tightening the clip.
Tighten the band until the duct is held securely. The connection should be firm without unnecessarily crushing or damaging the ducting.
Where a particularly airtight connection is required, suitable HVAC foil tape can also be used in conjunction with the mechanical fixing.
When equipment needs to be removed for cleaning or maintenance, release the clip, disconnect the duct and refit the clip when the system is reassembled.
What can a 125mm ducting clip be used with?
- 125mm / 5" flexible ventilation ducting
- 125mm / 5" acoustic ducting
- Compatible inline extraction fans
- Compatible carbon filters
- Round duct connectors and couplers
- Reducers with compatible 125mm connections
- Elbows and other round ventilation fittings
- Compatible rigid ducting connections
Always check the actual outside diameter of the connection and the required clamping range before installation, particularly when combining components from different manufacturers.
125mm (5") Quick Release Ducting Clip product details
| Product type | Quick release ventilation ducting clip |
|---|---|
| Nominal size | 125mm / 5" |
| Construction | Metal band clamp |
| Fastening type | Adjustable quick-release fastening |
| Primary purpose | Securing ducting to compatible round ventilation connections |
| Suitable ducting | Compatible flexible & acoustic ventilation ducting |
| Suitable equipment | Fans, carbon filters, connectors & compatible round ventilation fittings |
| Outer case quantity | 100 clips |
125mm (5") Quick Release Ducting Clip FAQs
What is a quick release ducting clip?
It is an adjustable metal band clamp used to secure flexible ducting around a compatible round ventilation connection. What size ventilation system is this clip for?
This version is intended for compatible nominal 125mm / 5" ventilation connections. Can I use this with flexible ducting?
Yes. It is designed for securing compatible flexible ventilation ducting to round fans, filters, connectors and fittings. Can it be used with acoustic ducting?
Yes. It can be used to secure the flexible duct section of compatible 125mm acoustic ducting to an appropriately sized connection. Can I use it to connect ducting to an extraction fan?
Yes, provided the fan connection and ducting are compatible with the clip's 125mm nominal size. Can it secure ducting to a carbon filter?
Yes. It is suitable for compatible 125mm carbon filter connections. Why use a ducting clip instead of tape?
A ducting clip provides a mechanical fixing around the connection and can be released when equipment needs servicing. Foil tape can still be added where additional air sealing is required. Is the ducting clip reusable?
Yes. The quick-release fastening allows the clip to be opened and refitted when ventilation components need to be disconnected. How tight should the clip be?
It should be tightened sufficiently to hold the duct securely without unnecessarily crushing or damaging the ducting or connection. Does a ducting clip help prevent air leaks?
A secure mechanical connection helps keep ducting firmly seated on the fitting. Where additional sealing is required, suitable HVAC foil tape can be used alongside the clip. Can it be used on intake and extraction systems?
Yes. The clip can be used on compatible duct connections in both intake and extraction ventilation systems. Is this suitable for horticultural ventilation systems?
Yes. It is suitable for compatible ventilation installations used in propagation areas, indoor growing areas and other controlled horticultural environments. Can it connect two pieces of ducting directly together?
A suitable duct connector or coupler is normally placed between the two duct sections, with a separate clip securing the duct at each end. Should I check the connection diameter before ordering?
Yes. Check the nominal and actual connection dimensions of your fan, filter or fitting, particularly when combining ventilation equipment from different manufacturers.
127mm (5”) x 10m Acoustic Ducting - Insulated Flexible Ventilation Duct
1050
£10.50
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127mm (5”) x 10m Acoustic Ducting - Insulated Flexible Ventilation Duct
1050
£10.50
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127mm (5") x 10m Acoustic Ducting is an insulated flexible ventilation duct designed to help reduce fan and airflow noise transmitted through extraction and intake systems.
Ventilation fans generate sound from both the fan itself and the movement of air through the system. Standard uninsulated ducting can allow this noise to travel along the ventilation route, while acoustic ducting incorporates an insulating layer around the inner duct to help absorb transmitted sound.
This makes it particularly useful for indoor horticulture, propagation areas and controlled growing environments where ventilation equipment may operate for extended periods and reducing unnecessary noise is desirable.
Supplied in a generous 10 metre length with a nominal 127mm / 5" diameter, it can be connected to compatible fans, carbon filters and ventilation fittings. The flexible construction allows it to be routed around equipment and cut into the exact lengths required for the installation.
Why choose 127mm acoustic ducting?
- Helps reduce ventilation noise - acoustic insulation helps absorb sound transmitted through the ductwork.
- 127mm / 5" diameter - suitable for compatible 5-inch ventilation equipment.
- 10 metre length - ideal for longer duct runs or cutting into several individual sections.
- Insulated construction - designed to reduce transmitted sound compared with basic uninsulated flexible ducting.
- Flexible installation - straightforward to route around fans, filters and other ventilation equipment.
- Suitable for extraction - ideal for carrying extracted air away from controlled growing areas.
- Suitable for intake - can also be incorporated into compatible fresh-air intake systems.
- Cut to length - use only the amount required for each part of the ventilation installation.
- Suitable for horticultural environments - ideal for propagation, growing and other controlled-environment applications.
How does acoustic ducting reduce noise?
Noise within a ventilation system can come from the fan motor, vibration and turbulent air moving through the ductwork. Some of this sound can travel along ordinary flexible duct and become noticeable elsewhere in the installation.
Acoustic ducting surrounds the flexible inner airflow passage with insulation designed to absorb transmitted sound. This helps reduce the amount of fan and airflow noise travelling through the duct route.
It can be particularly useful around extraction fans, between compatible fans and carbon filters, and along longer sections of ventilation duct where transmitted noise needs to be controlled.
Acoustic ducting is intended to reduce transmitted noise rather than make a ventilation system completely silent. Fan design, fan speed, airflow velocity, vibration and installation quality all contribute to the final noise level.
Acoustic ducting for indoor horticulture
Reliable ventilation helps manage temperature, humidity and air exchange within controlled growing environments. Extraction and intake equipment can, however, become a significant source of noise when operating continuously or at higher fan speeds.
Acoustic ducting provides a practical way to reduce sound transmission while maintaining the flexibility needed to connect ventilation equipment and route air around an installation.
The 127mm / 5" size is suitable for compatible ventilation systems using appropriately sized inline fans, carbon filters, connectors and other round duct fittings.
The 10m length is particularly useful for larger installations, longer ventilation routes or applications where several separate sections of acoustic ducting are required.
Getting the best airflow from acoustic ducting
Good installation is important for maintaining ventilation performance. Flexible ducting should be extended sufficiently rather than left heavily compressed, helping create a smoother internal path for moving air.
Keep the duct route as short and direct as practical. Tight bends, crushed sections and unnecessary changes in direction create additional resistance and can reduce the effective airflow delivered by the fan.
Where the duct needs to change direction, use gradual bends wherever possible. Although this product provides 10 metres of ducting, there is no need to use the entire length in one continuous run.
Cutting each section to the length actually required can help minimise unnecessary resistance while leaving the remaining duct available for other parts of the ventilation installation.
Installing 127mm acoustic ducting
Before installation, check that the fan, carbon filter and other ventilation components have compatible nominal 127mm / 5" connections.
Fit the flexible inner duct securely over the ventilation connection and fasten it using a suitably sized duct clamp or appropriate fixing. HVAC foil tape can also be used where additional sealing is required.
Arrange the surrounding insulation and outer covering neatly around the completed connection so that the acoustic layer remains as continuous as practical.
Longer sections should be supported appropriately rather than allowing the entire weight of the ducting to hang directly from a fan, filter or connecting fitting.
Compatible ventilation equipment
- 127mm / 5" inline extraction fans
- Compatible 5-inch carbon filters
- Ventilation silencers
- Rigid round ductwork
- Duct connectors and couplers
- Elbows and bends
- Reducers and adapters
- Duct clamps and fixing accessories
Check the actual connection diameter of individual ventilation components before installation, as dimensions can vary slightly between manufacturers.
127mm (5") x 10m Acoustic Ducting product details
| Product type | Insulated acoustic flexible ducting |
|---|---|
| Nominal diameter | 127mm / 5" |
| Length | 10m |
| Duct type | Flexible |
| Construction | Acoustically insulated flexible ventilation duct |
| Primary purpose | Air movement with reduced transmission of ventilation noise |
| Suitable airflow | Extraction & intake |
| Compatible system size | Nominal 127mm / 5" round ventilation systems |
| Suitable applications | Indoor horticulture, propagation areas, controlled growing environments & compatible ventilation installations |
127mm (5") Acoustic Ducting FAQs
What is acoustic ducting?
Acoustic ducting is insulated flexible ventilation duct designed to help absorb and reduce sound transmitted through an extraction or intake system. What size is this acoustic duct?
This version has a nominal diameter of 127mm, equivalent to 5 inches, and is supplied in a 10 metre length. Is this suitable for a 5-inch extraction fan?
Yes, provided the fan has a compatible nominal 127mm / 5" connection. Can it be used with a 5-inch carbon filter?
Yes. It can be used with compatible 127mm / 5" carbon filters and extraction fans as part of an appropriately sized ventilation system. Does acoustic ducting reduce fan noise?
It helps reduce fan and airflow sound transmitted along the ductwork. It does not completely eliminate noise generated directly by the fan. Is acoustic ducting quieter than ordinary flexible ducting?
Its insulating layer is specifically intended to absorb transmitted sound, making it useful where reducing ventilation noise is important. Can acoustic ducting be used for horticultural extraction?
Yes. It is well suited to indoor horticultural ventilation systems where temperature, humidity and air exchange need to be managed while keeping transmitted ventilation noise under control. Can it be used for air intake?
Yes. Acoustic ducting can be incorporated into compatible intake as well as extraction systems. Can I cut the 10m duct into shorter sections?
Yes. It can be cut to suit the required ventilation route or divided into several individual sections. Do I need to use the full 10 metre length?
No. Use only the amount required for the installation. Keeping duct routes reasonably short and direct generally helps minimise unnecessary airflow resistance. Should flexible acoustic ducting be fully extended?
It should be extended sufficiently for the installation rather than left unnecessarily compressed. This helps create a smoother internal path for airflow. Do bends in acoustic ducting affect airflow?
Yes. Tight bends increase resistance and turbulence, so smooth and gradual changes in direction are preferable wherever possible. Does a longer duct run affect extraction performance?
Every length of duct introduces some resistance. Longer runs, multiple bends and additional fittings can therefore reduce the effective airflow of a ventilation system. How should a long run of acoustic ducting be supported?
Longer sections should be supported at suitable intervals so that their weight is not carried entirely by the fan, filter or connecting fittings. How can horticultural ventilation noise be reduced further?
Correct fan sizing, sensible duct routing, vibration isolation, suitable fan-speed control and ventilation silencers can be combined with acoustic ducting to create a quieter overall system.
127mm (5”) x 10m COMBI Ducting - Reinforced Flexible Ventilation Duct
799
£7.99
Unit price per
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127mm (5”) x 10m COMBI Ducting - Reinforced Flexible Ventilation Duct
799
£7.99
Unit price per
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127mm (5") x 10m COMBI Ducting is a flexible reinforced ventilation duct designed for reliable air movement in extraction and intake systems.
COMBI ducting combines the flexibility required for straightforward installation with a more robust outer construction than basic foil ducting. It is well suited to ventilation systems where ductwork needs to negotiate equipment, corners or other obstacles while remaining easy to position.
The flexible construction allows the duct to be extended, routed and cut to the required length. The generous 10 metre length is particularly useful for longer ventilation runs or where several shorter sections are required from one length.
With a nominal diameter of 127mm / 5", it is designed for use with compatible fans, filters, connectors, reducers and other round ventilation components.
Why choose COMBI ducting?
- Reinforced flexible construction - designed to provide a more robust ducting solution while retaining installation flexibility.
- 127mm / 5" diameter - suitable for compatible 5-inch round ventilation systems.
- 10 metre length - ideal for longer duct runs or cutting into several shorter sections.
- Suitable for extraction - designed for carrying extracted air through a compatible ventilation system.
- Suitable for air intake - can also be incorporated into compatible fresh-air intake systems.
- Flexible routing - useful where ductwork needs to pass around equipment or changes in direction.
- Can be cut to length - use only the amount required for each installation.
- Compatible with common ventilation equipment - suitable for matching fans, filters and round duct fittings.
- Easy to secure - compatible connections can be mechanically fixed using appropriately sized ducting clips or clamps.
Flexible ducting for controlled environment ventilation
Effective ventilation depends on moving air between components with as little unnecessary resistance as practical. Flexible COMBI ducting makes it easier to create a complete duct route without requiring rigid sections throughout the installation.
It is suitable for connecting compatible extraction fans, air filters and ventilation fittings in propagation areas, growing areas, nurseries and other controlled horticultural environments.
The 10 metre length also provides useful flexibility on larger installations where equipment is positioned further apart or where multiple sections of 127mm ducting are required.
Installing 127mm COMBI ducting
Extend the ducting to the required length and plan the route before making the final connections. Keeping the duct run reasonably direct helps reduce unnecessary airflow resistance.
Avoid excessively tight bends, severe compression or crushing the duct, as restrictions in the airflow path can reduce ventilation performance.
Fit the duct securely over compatible 127mm connections and use an appropriately sized ducting clip or clamp to create a reliable mechanical fixing. Suitable HVAC foil tape can also be used where additional air sealing is required.
Longer duct runs should be supported where necessary rather than allowing excessive sections to sag or hang unsupported.
Getting the best airflow from flexible ducting
Although this product is supplied as a 10 metre length, there is no requirement to use the entire length in a single duct run. Using only the amount required for the installation can help reduce unnecessary resistance.
For efficient airflow, use the shortest practical route, minimise unnecessary bends and avoid leaving excessive compressed duct between components. Where a direction change is required, a gradual bend is preferable to a tightly folded section.
Fan performance should be considered across the complete ventilation system, including duct length, bends, filters, silencers, reducers and other fittings installed in the airflow path.
127mm (5") x 10m COMBI Ducting product details
| Product type | Reinforced flexible ventilation ducting |
|---|---|
| Nominal diameter | 127mm / 5" |
| Length | 10m |
| Duct type | Flexible |
| Primary purpose | Air extraction & intake ventilation |
| Compatible system size | Nominal 127mm / 5" round ventilation systems |
| Suitable connections | Compatible fans, filters, connectors, reducers & round ventilation fittings |
| Suitable applications | Controlled environment, propagation, nursery, growing area & general ventilation installations |
127mm (5") x 10m COMBI Ducting FAQs
What is COMBI ducting?
COMBI ducting is flexible ventilation ducting with a reinforced outer construction, providing a practical and robust way to connect ventilation equipment while retaining the flexibility needed for installation. What diameter is this COMBI ducting?
This version has a nominal diameter of 127mm, commonly referred to as 5-inch ducting. How long is the ducting?
This product is supplied as a 10 metre length. Can COMBI ducting be used with a 5-inch extraction fan?
Yes, it can be used with compatible fans designed for nominal 127mm / 5" ventilation connections. Can it connect to a carbon filter?
Yes. The ducting can be connected to a compatible 127mm carbon filter or to suitable adapters where different component sizes are being combined. Can COMBI ducting be used for air intake?
Yes. It can be used for both extraction and intake applications within a compatible ventilation system. Can I cut the 10m duct to shorter lengths?
Yes. Flexible ducting can be cut to suit the installation, making the 10 metre length useful where several shorter sections are required. Do I need to use the full 10 metres?
No. Use only the length required. Keeping duct runs as short and direct as practical generally helps minimise resistance to airflow. How should COMBI ducting be attached?
Fit the duct over a compatible connection and secure it with an appropriately sized ducting clip or clamp. HVAC foil tape can be added where further air sealing is required. Can the ducting bend around obstacles?
Yes. Its flexible construction allows it to be routed around equipment and obstacles, although gradual bends are preferable to tight folds or sharp restrictions. Do bends in flexible ducting reduce airflow?
Excessive duct length, tight bends and compressed sections can increase resistance to airflow, so a direct and unrestricted route is preferable. Can this ducting be used with reducers and connectors?
Yes. Compatible round connectors, reducers, elbows and other ventilation fittings can be incorporated into the duct system as required. Should a 10m duct run be supported?
Yes. Longer sections should be supported where necessary to help prevent excessive sagging and maintain the intended duct route. Is COMBI ducting the same as acoustic ducting?
No. COMBI ducting is primarily a reinforced flexible air duct. Acoustic ducting incorporates additional insulation specifically intended to help reduce the transmission of fan and airflow noise. Is this suitable for horticultural ventilation?
Yes. It is suitable for compatible ventilation systems used in propagation, nursery and controlled growing environments, as well as general ventilation applications.
127mm (5”) x 10m Mute Silent Ducting - Acoustic Insulated Flexible Ventilation Duct
2175
£21.75
Unit price per
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127mm (5”) x 10m Mute Silent Ducting - Acoustic Insulated Flexible Ventilation Duct
2175
£21.75
Unit price per
Please sign in to see pricing
127mm (5") x 10m Mute Silent Ducting is an acoustically insulated flexible ventilation duct designed to help reduce fan and airflow noise transmitted through extraction and intake systems.
Ventilation fans are essential for controlling temperature, humidity and air exchange, but the noise they generate can travel through standard ducting. Air movement and turbulence within the duct can also contribute to the overall sound of an extraction system.
Mute Silent Ducting uses an insulated construction around the flexible inner airflow duct to help absorb transmitted sound. It provides a practical alternative to standard uninsulated flexible ducting where quieter ventilation is required.
With a 127mm (5") nominal diameter and 10m length, this version is particularly useful for longer ventilation runs, larger installations or projects requiring several shorter sections of acoustic ducting.
Why choose 127mm acoustic silent ducting?
- Helps reduce ventilation noise - acoustic insulation helps absorb sound travelling through the ductwork.
- 127mm / 5" diameter - suitable for compatible 5-inch ventilation equipment.
- 10 metre length - ideal for longer duct runs or cutting into several shorter sections.
- Acoustically insulated - designed for installations where reducing transmitted fan and airflow noise is important.
- Flexible construction - easier to route around equipment and structural obstacles than rigid ductwork.
- Suitable for extraction - use with compatible fans, carbon filters, silencers and exhaust routes.
- Suitable for intake - can also be incorporated into appropriately designed fresh-air intake systems.
- Ideal for indoor horticulture - helps reduce one of the most noticeable sources of grow room noise.
- Cut to the required length - use the complete 10m run or divide it to suit the installation.
How does acoustic ducting reduce ventilation noise?
Standard flexible ducting provides an effective route for moving air, but it can also carry sound generated by the fan and turbulent airflow. That sound can travel along the duct and become audible at other points in the ventilation system.
Acoustic ducting surrounds the flexible inner duct with an insulating layer designed to help absorb transmitted sound. This can reduce the amount of fan and airflow noise carried along the duct run.
It is particularly useful on duct sections immediately before or after an extraction fan, between compatible ventilation components and on longer exhaust routes where transmitted noise may otherwise be noticeable.
Acoustic ducting is a noise-reduction component rather than a complete silencing solution. Fan motor noise, vibration, airflow velocity and the design of the overall ventilation system can all influence the final sound level.
Quieter 5-inch grow room ventilation
A correctly designed extraction system helps remove excess heat and humidity while maintaining regular air exchange within an indoor growing environment.
Where the extraction system operates continuously or for extended periods, fan and airflow noise can become particularly noticeable. Using acoustic ducting helps reduce sound transmitted through the ductwork while retaining the flexibility needed for practical grow room installations.
The 10m length is especially useful where the extraction point is positioned some distance from the growing area or where several sections of 127mm acoustic ducting are required within the same installation.
Maintaining airflow through a 10m duct run
Longer duct runs create more airflow resistance than short, direct installations. For this reason, careful routing becomes increasingly important when using a substantial length of flexible ducting.
Use only the length required and extend the duct sufficiently rather than leaving unnecessary sections heavily compressed. This helps reduce excessive internal corrugation and provides a less restrictive path for moving air.
Avoid crushed sections and very tight bends wherever possible. Where a significant change in direction is required, an appropriately sized rigid elbow can provide a cleaner airflow route than forcing flexible ducting around an extremely tight corner.
Carbon filters, silencers, reducers, bends and other fittings also add resistance. The complete duct route should therefore be considered when selecting and setting up an extraction fan.
Installing 127mm Mute Silent Ducting
Measure the required route before cutting the ducting. The full 10m length can be used for a longer continuous run or divided into shorter sections depending on the ventilation layout.
When connecting to a compatible fan, carbon filter, silencer or rigid fitting, secure the inner duct to the connection using an appropriately sized duct clamp or clip.
Arrange the insulation and outer covering neatly around the connection. Suitable HVAC foil tape can also be used where additional sealing is required.
Longer insulated duct runs should be supported at suitable intervals. Avoid allowing the full weight of the ducting to hang directly from a fan, carbon filter or other ventilation component.
Compatible 127mm / 5" ventilation equipment
This ducting is intended for nominal 127mm (5") round ventilation installations and can be used with appropriately sized components including:
- 127mm / 5" inline extraction fans
- 127mm / 5" carbon filters
- 127mm / 5" acoustic silencers
- Compatible rigid round ducting
- 127mm / 5" elbows and bends
- 127mm / 5" straight connectors
- Compatible reducers and adapters
- Suitable duct clamps and clips
Always check the actual connection diameter of adjoining equipment before installation. Nominal metric and imperial ventilation sizes are frequently used together, but exact connection dimensions can vary slightly between manufacturers.
127mm (5") x 10m Mute Silent Ducting product details
| Product type | Acoustic insulated flexible ventilation ducting |
|---|---|
| Nominal diameter | 127mm / 5" |
| Length | 10m |
| Duct type | Flexible |
| Construction | Insulated acoustic ducting |
| Primary purpose | Ventilation with reduced transmission of fan and airflow noise |
| Suitable airflow | Extraction & intake |
| Compatible system size | Nominal 127mm / 5" round ventilation systems |
| Suitable applications | Grow rooms, indoor horticulture, propagation areas, workshops & general ventilation installations |
127mm (5") Mute Silent Ducting FAQs
What is acoustic ducting?
Acoustic ducting is flexible ventilation ducting surrounded by insulation designed to help reduce sound transmitted through the ventilation system. What size is this ducting?
It has a nominal diameter of 127mm, approximately 5 inches, and is supplied in a 10m length. Is this suitable for a 5-inch extraction fan?
Yes, provided the fan has a compatible nominal 127mm / 5" connection. Will acoustic ducting completely silence an extraction fan?
No. It helps reduce noise transmitted through the ductwork, but fan motor noise, vibration and airflow can still contribute to the overall sound level. Is acoustic ducting quieter than standard flexible ducting?
Its insulated construction is specifically intended to reduce transmitted sound compared with basic uninsulated flexible ventilation ducting. Can I connect this ducting to a carbon filter?
Yes. It can be used with compatible 127mm / 5" carbon filters, extraction fans and other appropriately sized ventilation components. Can it be used with an acoustic silencer?
Yes. Acoustic ducting and a compatible ventilation silencer can be used together where further reduction of transmitted ventilation noise is required. Can I cut the 10m duct into shorter sections?
Yes. The ducting can be cut to suit the installation using suitable tools, taking care when cutting the flexible inner duct, reinforcement and surrounding insulation. Can this ducting be used for air intake?
Yes. It can be incorporated into compatible intake systems as well as extraction installations. Does a 10m duct run affect airflow?
Longer duct runs create more resistance than short runs. The actual effect depends on the fan, bends, filters and other components, so unnecessary excess ducting should be avoided. Should acoustic ducting be fully extended?
It should be extended sufficiently for the required route rather than left heavily compressed. This helps reduce excessive internal corrugation and unnecessary airflow resistance. Can I bend the ducting around corners?
Yes. Its flexible construction allows changes in direction, although very tight bends that crush or significantly restrict the inner duct should be avoided. How should the ducting be secured?
Secure the inner duct to compatible fittings using an appropriately sized duct clamp or clip. Suitable HVAC foil tape can be added where further sealing is required. Is 127mm acoustic ducting suitable for grow rooms?
Yes. It is particularly useful for indoor horticultural installations using compatible 5-inch extraction equipment where reducing ventilation noise is desirable. How else can I reduce grow room extraction noise?
Use correctly sized ducting, minimise unnecessary bends, isolate fan vibration and consider suitable fan-speed control and compatible acoustic silencers where appropriate.
127mm (5”) x 5m Acoustic Ducting - Insulated Flexible Ventilation Duct
599
£5.99
Unit price per
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127mm (5”) x 5m Acoustic Ducting - Insulated Flexible Ventilation Duct
599
£5.99
Unit price per
Please sign in to see pricing
127mm (5") x 5m Acoustic Ducting is an insulated flexible ventilation duct designed to help reduce fan and airflow noise transmitted through extraction and intake systems.
Ventilation fans generate sound from both the fan itself and the movement of air through the system. Standard uninsulated ducting can allow this noise to travel along the ventilation route, while acoustic ducting incorporates an insulating layer around the inner duct to help absorb transmitted sound.
This makes it particularly useful for indoor horticulture, propagation areas and controlled growing environments where ventilation equipment may operate for extended periods and reducing unnecessary noise is desirable.
Supplied in a 5 metre length with a nominal 127mm / 5" diameter, it can be connected to compatible fans, carbon filters and ventilation fittings. The flexible construction allows the duct to be routed around equipment and cut to the required length during installation.
Why choose 127mm acoustic ducting?
- Helps reduce ventilation noise - acoustic insulation helps absorb sound transmitted through the ductwork.
- 127mm / 5" diameter - suitable for compatible 5-inch ventilation equipment.
- 5 metre length - suitable for complete duct runs or cutting into several shorter sections.
- Insulated construction - designed to reduce transmitted sound compared with basic uninsulated flexible ducting.
- Flexible installation - straightforward to route around fans, filters and other ventilation equipment.
- Suitable for extraction - ideal for carrying extracted air away from controlled growing areas.
- Suitable for intake - can also be incorporated into compatible fresh-air intake systems.
- Cut to length - install only the amount required for a clean and efficient duct route.
- Suitable for horticultural environments - ideal for propagation, growing and other controlled-environment applications.
How does acoustic ducting reduce noise?
Noise within a ventilation system can come from the fan motor, vibration and turbulent air moving through the ductwork. Some of this sound can travel along ordinary flexible duct and become noticeable elsewhere in the installation.
Acoustic ducting surrounds the flexible inner airflow passage with insulation designed to absorb transmitted sound. This helps reduce the amount of fan and airflow noise travelling through the duct route.
It can be particularly useful around extraction fans, between compatible fans and carbon filters, and along sections of ventilation duct where transmitted noise needs to be controlled.
Acoustic ducting is intended to reduce transmitted noise rather than make a ventilation system completely silent. Fan design, fan speed, airflow velocity, vibration and installation quality all contribute to the final noise level.
Acoustic ducting for indoor horticulture
Reliable ventilation helps manage temperature, humidity and air exchange within controlled growing environments. Extraction and intake equipment can, however, become a significant source of noise when operating continuously or at higher fan speeds.
Acoustic ducting provides a practical way to reduce sound transmission while maintaining the flexibility needed to connect ventilation equipment and route air around an installation.
The 127mm / 5" size is suitable for compatible ventilation systems using appropriately sized inline fans, carbon filters, connectors and other round duct fittings.
Getting the best airflow from acoustic ducting
Good installation is important for maintaining ventilation performance. Flexible ducting should be extended sufficiently rather than left heavily compressed, helping create a smoother internal path for moving air.
Keep the duct route as short and direct as practical. Tight bends, crushed sections and unnecessary changes in direction create additional resistance and can reduce the effective airflow delivered by the fan.
Where the duct needs to change direction, use gradual bends wherever possible. The supplied 5m length can be cut so that only the amount actually required is installed.
Installing 127mm acoustic ducting
Before installation, check that the fan, carbon filter and other ventilation components have compatible nominal 127mm / 5" connections.
Fit the flexible inner duct securely over the ventilation connection and fasten it using a suitably sized duct clamp or appropriate fixing. HVAC foil tape can also be used where additional sealing is required.
Arrange the surrounding insulation and outer covering neatly around the completed connection so that the acoustic layer remains as continuous as practical.
Support longer sections appropriately rather than allowing the entire weight of the ducting to hang directly from a fan, filter or connecting fitting.
Compatible ventilation equipment
- 127mm / 5" inline extraction fans
- Compatible 5-inch carbon filters
- Ventilation silencers
- Rigid round ductwork
- Duct connectors and couplers
- Elbows and bends
- Reducers and adapters
- Duct clamps and fixing accessories
Check the actual connection diameter of individual ventilation components before installation, as dimensions can vary slightly between manufacturers.
127mm (5") x 5m Acoustic Ducting product details
| Product type | Insulated acoustic flexible ducting |
|---|---|
| Nominal diameter | 127mm / 5" |
| Length | 5m |
| Duct type | Flexible |
| Construction | Acoustically insulated flexible ventilation duct |
| Primary purpose | Air movement with reduced transmission of ventilation noise |
| Suitable airflow | Extraction & intake |
| Compatible system size | Nominal 127mm / 5" round ventilation systems |
| Suitable applications | Indoor horticulture, propagation areas, controlled growing environments & compatible ventilation installations |
127mm (5") Acoustic Ducting FAQs
What is acoustic ducting?
Acoustic ducting is insulated flexible ventilation duct designed to help absorb and reduce sound transmitted through an extraction or intake system. What size is this acoustic duct?
This version has a nominal diameter of 127mm, equivalent to 5 inches, and is supplied in a 5 metre length. Is this suitable for a 5-inch extraction fan?
Yes, provided the fan has a compatible nominal 127mm / 5" connection. Can it be used with a 5-inch carbon filter?
Yes. It can be used with compatible 127mm / 5" carbon filters and extraction fans as part of an appropriately sized ventilation system. Does acoustic ducting reduce fan noise?
It helps reduce fan and airflow sound transmitted along the ductwork. It does not completely eliminate noise generated directly by the fan. Is acoustic ducting quieter than ordinary flexible ducting?
Its insulating layer is specifically intended to absorb transmitted sound, making it useful where reducing ventilation noise is important. Can acoustic ducting be used for horticultural extraction?
Yes. It is well suited to indoor horticultural ventilation systems where temperature, humidity and air exchange need to be managed while keeping transmitted ventilation noise under control. Can it be used for air intake?
Yes. Acoustic ducting can be incorporated into compatible intake as well as extraction systems. Can I cut the 5m duct into shorter sections?
Yes. It can be cut to suit the required ventilation route or divided into several individual sections. Should flexible acoustic ducting be fully extended?
It should be extended sufficiently for the installation rather than left unnecessarily compressed. This helps create a smoother internal path for airflow. Do bends in acoustic ducting affect airflow?
Yes. Tight bends increase resistance and turbulence, so smooth and gradual changes in direction are preferable wherever possible. Does duct length affect extraction performance?
Every length of duct introduces some resistance. Longer runs, multiple bends and additional fittings can therefore reduce the effective airflow of a ventilation system. Where should acoustic ducting be installed?
It can be used throughout a compatible ventilation route. Sections around the extraction fan can be particularly useful where transmitted fan noise is a concern. How should acoustic ducting be secured?
Use appropriately sized duct clamps or suitable ventilation fixings, with HVAC foil tape where additional sealing is required. How can horticultural ventilation noise be reduced further?
Correct fan sizing, sensible duct routing, vibration isolation, suitable fan-speed control and ventilation silencers can be combined with acoustic ducting to create a quieter overall system.
127mm (5”) x 5m COMBI Ducting - Reinforced Flexible Ventilation Duct
429
£4.29
Unit price per
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127mm (5”) x 5m COMBI Ducting - Reinforced Flexible Ventilation Duct
429
£4.29
Unit price per
Please sign in to see pricing
127mm (5") x 5m COMBI Ducting is a flexible reinforced ventilation duct designed for reliable air movement in extraction and intake systems.
COMBI ducting combines the flexibility required for straightforward installation with a more robust outer construction than basic foil ducting. It is well suited to ventilation systems where ductwork needs to negotiate equipment, corners or other obstacles while remaining easy to position.
The flexible construction allows the duct to be extended, routed and cut to the required length, making it a practical choice for both new ventilation installations and replacement duct runs.
With a nominal diameter of 127mm / 5", this 5 metre length is designed for use with compatible fans, filters, connectors, reducers and other round ventilation components.
Why choose COMBI ducting?
- Reinforced flexible construction - designed to provide a more robust ducting solution while retaining installation flexibility.
- 127mm / 5" diameter - suitable for compatible 5-inch round ventilation systems.
- 5 metre length - provides flexibility when planning and installing duct runs.
- Suitable for extraction - ideal for carrying extracted air away from controlled environments.
- Suitable for air intake - can also be incorporated into compatible fresh-air intake systems.
- Flexible routing - useful where ductwork needs to pass around equipment or changes in direction.
- Can be cut to length - use only the amount required for the installation.
- Compatible with common ventilation equipment - suitable for matching fans, filters and round duct fittings.
- Easy to secure - compatible connections can be mechanically fixed using appropriately sized ducting clips or clamps.
Flexible ducting for controlled environment ventilation
Effective ventilation depends on moving air between components with as little unnecessary resistance as practical. Flexible COMBI ducting makes it easier to create a complete duct route without requiring rigid sections throughout the installation.
It is suitable for connecting compatible extraction fans, air filters and ventilation fittings in propagation areas, growing areas, nurseries and other controlled horticultural environments.
The duct can also be used for general ventilation applications where a flexible 127mm air duct is required.
Installing 127mm COMBI ducting
Extend the ducting to the required length and plan the route before making the final connections. Keeping the duct run reasonably direct helps reduce unnecessary airflow resistance.
Avoid excessively tight bends, severe compression or crushing the duct, as restrictions in the airflow path can reduce ventilation performance.
Fit the duct securely over compatible 127mm connections and use an appropriately sized ducting clip or clamp to create a reliable mechanical fixing. Suitable HVAC foil tape can also be used where additional air sealing is required.
Longer runs should be supported where necessary rather than allowing excessive sections of ducting to hang unsupported.
Getting the best airflow from flexible ducting
Flexible ducting provides considerable installation freedom, but the route of the duct still affects the performance of the ventilation system.
For efficient airflow, use the shortest practical duct route, minimise unnecessary bends and avoid leaving excessive compressed duct between components. Where a direction change is required, a gradual bend is preferable to a tightly folded section.
Fan performance should always be considered across the complete ventilation system, including the duct length, bends, filters, silencers, reducers and other fittings installed in the airflow path.
127mm (5") x 5m COMBI Ducting product details
| Product type | Reinforced flexible ventilation ducting |
|---|---|
| Nominal diameter | 127mm / 5" |
| Length | 5m |
| Duct type | Flexible |
| Primary purpose | Air extraction & intake ventilation |
| Compatible system size | Nominal 127mm / 5" round ventilation systems |
| Suitable connections | Compatible fans, filters, connectors, reducers & round ventilation fittings |
| Suitable applications | Controlled environment, propagation, nursery, growing area & general ventilation installations |
127mm (5") x 5m COMBI Ducting FAQs
What is COMBI ducting?
COMBI ducting is flexible ventilation ducting with a reinforced outer construction, providing a practical and robust way to connect ventilation equipment while retaining the flexibility needed for installation. What diameter is this COMBI ducting?
This version has a nominal diameter of 127mm, commonly referred to as 5-inch ducting. How long is the ducting?
This product is supplied as a 5 metre length. Can COMBI ducting be used with a 5-inch extraction fan?
Yes, it can be used with compatible fans designed for nominal 127mm / 5" ventilation connections. Can it connect to a carbon filter?
Yes. The ducting can be connected to a compatible 127mm carbon filter or to suitable adapters where different component sizes are being combined. Can COMBI ducting be used for air intake?
Yes. It can be used for both extraction and intake applications within a compatible ventilation system. Can I cut the 5m duct to a shorter length?
Yes. Flexible ducting can be cut to suit the installation, allowing the 5 metre length to be divided or shortened as required. Do I need to use the full 5 metres?
No. Use only the length required. Keeping duct runs as short and direct as practical generally helps minimise resistance to airflow. How should COMBI ducting be attached?
Fit the duct over a compatible connection and secure it with an appropriately sized ducting clip or clamp. HVAC foil tape can be added where further air sealing is required. Can the ducting bend around obstacles?
Yes. Its flexible construction allows it to be routed around equipment and obstacles, although gradual bends are preferable to tight folds or sharp restrictions. Do bends in flexible ducting reduce airflow?
Every duct system creates some resistance. Excessive duct length, tight bends and compressed sections can increase that resistance, so a direct and unrestricted route is preferable. Can this ducting be used with reducers and connectors?
Yes. Compatible round connectors, reducers, elbows and other ventilation fittings can be incorporated into the duct system as required. Should long sections of flexible ducting be supported?
Yes. Supporting longer sections can help prevent excessive sagging and keep the intended airflow route in place. Is COMBI ducting the same as acoustic ducting?
No. COMBI ducting is primarily a reinforced flexible air duct. Acoustic ducting incorporates additional insulation specifically intended to help reduce the transmission of fan and airflow noise. Is this suitable for horticultural ventilation?
Yes. It is suitable for compatible ventilation systems used in propagation, nursery and controlled growing environments, as well as general ventilation applications.
127mm (5”) x 5m Mute Silent Ducting - Acoustic Insulated Flexible Ventilation Duct
1150
£11.50
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127mm (5”) x 5m Mute Silent Ducting - Acoustic Insulated Flexible Ventilation Duct
1150
£11.50
Unit price per
Please sign in to see pricing
127mm (5") x 5m Mute Silent Ducting is an acoustically insulated flexible ventilation duct designed to help reduce fan and airflow noise transmitted through extraction and intake systems.
Standard flexible ducting moves air effectively, but it can also provide a direct route for sound generated by an extraction fan and turbulent airflow. This can make ventilation equipment considerably more noticeable, particularly in enclosed indoor growing environments.
Mute Silent Ducting surrounds the flexible inner airflow duct with acoustic insulation designed to absorb transmitted sound. It is a practical upgrade from standard uninsulated ducting where quieter ventilation is a priority.
With a 127mm (5") nominal diameter and 5m length, it is ideal for compatible 5-inch fans, carbon filters and ventilation equipment used in grow rooms, propagation areas, indoor horticulture, workshops and other ventilation installations.
Why choose 127mm acoustic silent ducting?
- Helps reduce ventilation noise - acoustic insulation helps absorb sound travelling through the ductwork.
- 127mm / 5" diameter - designed for compatible 5-inch ventilation systems.
- 5 metre length - suitable for complete duct runs or cutting into shorter sections.
- Acoustically insulated - useful where reducing transmitted fan and airflow noise is important.
- Flexible construction - easier to route around equipment and obstacles than rigid ductwork.
- Extraction compatible - suitable for connecting compatible fans, carbon filters, silencers and exhaust routes.
- Suitable for intake systems - can also be used for appropriately designed fresh-air intake routes.
- Ideal for indoor horticulture - helps reduce one of the most noticeable sources of grow room noise.
- Cut to suit the installation - the 5m length can be divided where shorter sections are required.
How does acoustic ducting work?
Noise within a ventilation system does not come solely from the fan motor. Air moving through the fan, ductwork, filters and fittings can also generate sound, while the duct itself can carry noise from one part of the installation to another.
Acoustic ducting uses an insulating layer around the flexible inner duct to help absorb this transmitted sound. This makes it particularly useful on duct sections immediately before or after an extraction fan and on routes carrying exhaust air away from the growing area.
It can also be used alongside compatible acoustic silencers and suitable fan-speed controllers where a greater level of ventilation noise management is required.
Acoustic ducting reduces transmitted noise rather than making a ventilation system completely silent. Fan motor noise, vibration, airflow velocity and the overall installation all influence the final sound level.
Quieter 5-inch grow room ventilation
Extraction is essential for controlling temperature, humidity and air exchange in indoor growing environments, but continuously operating fans can become one of the most noticeable sources of background noise.
Replacing standard flexible ducting with insulated acoustic ducting helps reduce sound transmitted along the ventilation route while retaining the flexibility needed to install ductwork around grow room equipment.
The 127mm size is suited to compatible 5-inch ventilation systems and provides a useful balance between airflow capacity and physical size for smaller and medium-sized indoor horticultural installations.
Maintaining good airflow
Any ducting system creates some resistance to airflow, and flexible ducting should be installed carefully to avoid adding unnecessary restriction.
Extend the duct sufficiently for the required route rather than leaving large sections heavily compressed. This reduces excessive internal corrugation and provides a smoother route for moving air.
Keep duct runs as short and direct as practical and avoid crushing the duct or creating extremely tight bends. Where a sharp change in direction is required, a compatible rigid metal elbow can provide a cleaner turn.
Carbon filters, silencers, reducers, bends and long duct runs all add resistance to a ventilation system, so the complete installation should be considered when selecting an extraction fan.
Installing 127mm Mute Silent Ducting
Measure the required ventilation route before cutting the ducting. The 5m length can be used as a continuous run or divided into shorter sections depending on the installation.
When connecting to a compatible fan, carbon filter, silencer or rigid fitting, secure the inner duct over the connection using an appropriately sized duct clamp or clip.
Arrange the surrounding insulation and outer covering neatly around the joint. Suitable HVAC foil tape can also be used where additional sealing is required.
Support longer sections of insulated ducting adequately rather than allowing their full weight to hang from a fan, carbon filter or other ventilation component.
Compatible 127mm / 5" ventilation equipment
This ducting is intended for nominal 127mm (5") round ventilation installations and can be used with appropriately sized components including:
- 127mm / 5" inline extraction fans
- 127mm / 5" carbon filters
- 127mm / 5" acoustic silencers
- Compatible rigid round ducting
- 127mm / 5" elbows and bends
- 127mm / 5" straight connectors
- Compatible reducers and adapters
- Suitable duct clamps and clips
Always check the actual connection diameter of the equipment before installation. Nominal metric and imperial ventilation sizes are commonly used together, but exact dimensions can vary slightly between manufacturers.
127mm (5") x 5m Mute Silent Ducting product details
| Product type | Acoustic insulated flexible ventilation ducting |
|---|---|
| Nominal diameter | 127mm / 5" |
| Length | 5m |
| Duct type | Flexible |
| Construction | Insulated acoustic ducting |
| Primary purpose | Ventilation with reduced transmission of fan and airflow noise |
| Suitable airflow | Extraction & intake |
| Compatible system size | Nominal 127mm / 5" round ventilation systems |
| Suitable applications | Grow rooms, indoor horticulture, propagation areas, workshops & general ventilation installations |
127mm (5") Mute Silent Ducting FAQs
What is acoustic ducting?
Acoustic ducting is flexible ventilation ducting surrounded by insulation designed to help reduce sound transmitted through the ventilation system. What size is this silent ducting?
It has a nominal diameter of 127mm, approximately 5 inches, and is supplied in a 5m length. Is this suitable for a 5-inch extraction fan?
Yes, provided the fan uses a compatible nominal 127mm / 5" connection. Will acoustic ducting completely silence my fan?
No. It helps reduce noise transmitted through the ductwork, but fan motor noise, vibration and airflow can still contribute to the overall sound level. Is acoustic ducting quieter than normal flexible ducting?
Its insulated construction is specifically designed to reduce transmitted sound compared with basic uninsulated flexible ducting. Can I connect it to a carbon filter?
Yes. It can be used to connect compatible 127mm / 5" carbon filters, fans and other ventilation equipment. Can I use acoustic ducting with a silencer?
Yes. Acoustic ducting can be combined with a compatible ventilation silencer where additional noise reduction is required. Can I cut the 5m length?
Yes. The ducting can be cut to the required length using suitable tools, taking care when cutting the inner duct, reinforcement and insulation. Can this ducting be used for air intake?
Yes. It can be incorporated into compatible intake systems as well as extraction installations. Does flexible ducting reduce airflow?
All ductwork introduces some resistance. Keeping the duct reasonably extended and avoiding unnecessary length, compression and tight bends helps minimise additional pressure loss. Should acoustic ducting be stretched out?
Extend it sufficiently for the required run rather than leaving unnecessary sections heavily compressed. This creates a less restrictive internal airflow path. Can I bend it around corners?
Yes. Its flexible construction allows it to follow changes in direction, although excessively tight bends that crush or significantly restrict the inner duct should be avoided. How should the ducting be secured?
Use an appropriately sized duct clamp or clip to secure the inner duct to compatible fittings. Suitable HVAC foil tape can be added where further sealing is required. Is 127mm acoustic ducting suitable for grow rooms?
Yes. It is particularly useful for indoor horticultural installations using compatible 5-inch extraction equipment where reducing ventilation noise is desirable. How else can I reduce extraction fan noise?
Correctly sized ducting, smooth airflow routes, vibration isolation, suitable fan-speed control and compatible acoustic silencers can all help create a quieter ventilation system.
12L Round Plant Pot - Black Nursery & Grow Pot
77
£0.77
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12L Round Plant Pot - Black Nursery & Grow Pot
77
£0.77
Unit price per
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The 12L Round Plant Pot is a versatile black horticultural container for established plants, nursery stock, vegetables and general container growing. Measuring approximately 30cm across the upper rim, 23.5cm across the base and 24cm high, it provides a generous 12 litre root volume while remaining compact enough for straightforward handling and efficient plant spacing.
Twelve litres is a useful intermediate-to-large container size for plants that have outgrown smaller nursery pots but do not yet require very large finishing containers. The additional growing-medium volume provides developing roots with considerably more space while increasing the available reserve of moisture and nutrition.
Its traditional tapered round profile makes the pot suitable for professional nurseries, greenhouses, polytunnels, indoor growing and outdoor horticulture. The wide upper opening also provides convenient access for irrigation, feeding, mulching and surface top dressing.
Drainage openings in the base allow excess irrigation water to escape, helping maintain the balance of moisture and air required within a healthy root zone.
Suitable for peat-based and peat-free compost, soil, coco coir, living soil and other horticultural growing media, this is a practical all-round container for commercial growers and home gardeners alike.
Why choose the 12L Round Plant Pot?
- 12 litre capacity - generous root volume for established and vigorous plants.
- 30cm upper rim - broad growing surface with convenient access for watering and top dressing.
- 24cm height - provides useful root depth without creating an excessively tall container.
- 23.5cm base - broad footprint helps provide stability for larger plants.
- Classic round design - versatile format for professional and home horticulture.
- Tapered profile - practical for handling and allows efficient nesting when empty.
- Good drainage - base openings allow excess irrigation water to escape.
- Excellent potting-on size - useful progression from smaller nursery and production pots.
- Suitable for larger crops - useful for vegetables, shrubs, ornamentals and vigorous plants.
- Suitable for living soil - provides a useful volume for biologically active growing media.
- Suitable for coco - compatible with coco coir and coco-based mixes.
- Indoor & outdoor use - suitable for nurseries, greenhouses, polytunnels, grow rooms and gardens.
- Reusable - sound pots can be cleaned and used across multiple growing cycles.
- Matching saucer available - fits the 30cm Pot Saucer, product code P00019.
Generous 12 litre root volume
Moving a well-established plant into a 12L container provides substantially more growing-medium volume than smaller nursery pots, allowing the root system to continue expanding as the plant develops.
The increased substrate volume also provides a larger reserve of moisture and nutrients. This can make the root environment more buffered against rapid drying than a small container, although actual irrigation demand will depend on crop size, substrate and environmental conditions.
For many plants, 12L can be used as a substantial growing-on or finishing size. Particularly large, vigorous or long-lived crops may ultimately require a larger final container.
12L Round Pot dimensions
The pot measures approximately 30cm across the upper rim, 23.5cm across the base and 24cm high.
The 30cm upper diameter provides a generous surface area for irrigation and makes it straightforward to apply compost, mulch, granular fertilisers or powdered top-dress amendments.
Its tapered sides combine a stable lower footprint with efficient handling and allow empty pots to nest together for more compact storage.
What can you grow in a 12L pot?
A 12 litre plant pot can accommodate a wide range of established horticultural crops. Typical applications include:
- Shrubs and ornamental plants
- Large herbaceous perennials
- Tomatoes
- Peppers and chillies
- Aubergines
- Herbs
- Climbing plants
- Young fruit plants
- Suitable young trees and nursery stock
- Greenhouse and indoor crops
- General container-grown plants
The correct final container size depends on plant species, expected mature size, crop duration and cultivation method.
Suitable for living soil growing
The 12L capacity provides considerably more biologically active growing-medium volume than small nursery pots, making it suitable for smaller-scale living soil cultivation and organic growing programmes.
Its broad surface provides convenient access for applying compost, worm castings, mulch and dry soil amendments throughout the crop.
Larger living soil systems generally offer greater biological and moisture buffering, so whether 12L is appropriate as a final container will depend on the crop and growing method.
Suitable growing media
The 12L Round Plant Pot can be used with a wide range of horticultural substrates, including:
- Peat-based nursery compost
- Peat-free growing media
- Soil-based potting mixes
- Living soil
- Coco coir
- Coco and perlite blends
- Compost-based organic mixes
- Other suitable horticultural substrates
Irrigation and feeding should always be matched to the selected growing medium. A moisture-retentive compost behaves differently from a highly aerated coco or coco-perlite substrate.
Drainage & irrigation
Drainage openings in the base allow excess irrigation water and nutrient solution to leave the container rather than remaining trapped around the lower roots.
Good drainage helps maintain air within the growing medium while reducing the risk of prolonged saturation. This is especially important immediately after potting-on, when the root system may not yet occupy the entire 12L volume.
Irrigation should therefore be adjusted according to root development, crop demand and substrate moisture rather than simply saturating the entire container on a fixed schedule.
The pot is suitable for hand watering, drip irrigation and other compatible nursery or greenhouse irrigation systems.
Fits the 30cm Pot Saucer
The 12L Round Plant Pot is compatible with the 30cm Pot Saucer, product code P00019.
The matching saucer measures approximately 31cm across the rim, 28cm across the base and 5cm high.
Using a saucer can help contain irrigation runoff when the pot is positioned indoors, in a greenhouse or on another surface that needs protection.
In outdoor or free-draining production areas, a saucer may not be required.
Ideal for nursery & greenhouse production
The 12L Round Pot provides a useful balance between generous root volume and manageable overall dimensions.
For professional growers it can serve as a substantial growing-on or finishing container for nursery stock, ornamentals and productive crops while remaining straightforward to move, space and irrigate.
The simple black horticultural finish also provides a clean presentation for plants intended for garden centres, landscaping projects or direct retail.
When should you pot on into a 12L container?
Potting-on is best determined by root development rather than following a fixed timetable.
Plants are generally ready for additional container volume once roots have established well through the existing substrate and the current pot is beginning to dry increasingly quickly between irrigations.
Avoid moving a very small root system into a large volume of growing medium unnecessarily. Progressive potting can make moisture management easier while roots establish throughout the new substrate.
Practical & reusable
Pots that remain in sound condition can be emptied, cleaned and reused for subsequent crops.
Remove old growing medium and root debris before cleaning. Where pots are transferred between crops, appropriate hygiene procedures can help reduce the risk of carrying pests or plant pathogens into the next planting.
The tapered profile allows empty containers to nest together for compact storage.
12L Round Plant Pot product details
| Product | Round Plant Pot |
|---|---|
| Nominal capacity | 12L |
| Shape | Round |
| Colour | Black |
| Upper rim diameter | Approximately 30cm |
| Base diameter | Approximately 23.5cm |
| Height | Approximately 24cm |
| Drainage | Pre-formed base drainage openings |
| Suitable media | Soil, compost, peat-free media, living soil, coco & compatible horticultural substrates |
| Suitable environments | Nurseries, greenhouses, polytunnels, indoor growing & outdoor cultivation |
| Typical applications | Shrubs, perennials, vegetables, ornamentals, climbing plants & nursery stock |
| Compatible saucer | 30cm Pot Saucer - product code P00019 |
| Compatible saucer dimensions | Rim 31cm x base 28cm x height 5cm |
| Reusable | Yes, when cleaned and maintained appropriately |
12L Round Plant Pot FAQs
What are the dimensions of the 12L Round Pot?
The pot measures approximately 30cm across the upper rim, 23.5cm across the base and 24cm high.
What can I grow in a 12L plant pot?
A 12L pot is suitable for many shrubs, large perennials, tomatoes, peppers, chillies, aubergines, climbing plants, ornamentals and other established container crops.
Is a 12L pot suitable for tomatoes?
Yes. A 12L pot can provide useful growing volume for tomatoes, although vigorous plants and long cropping periods may benefit from a larger final container.
Can I grow chillies and peppers in a 12L pot?
Yes. Twelve litres provides generous root volume for many chilli and pepper plants and can be used as a final container for numerous varieties.
Is the 12L pot suitable for living soil?
Yes. It provides useful volume for living soil and biologically managed substrates, although larger crops may benefit from greater soil volume.
Can I use coco coir in this pot?
Yes. Coco coir and coco-based blends can be used in the 12L Round Pot. Irrigation frequency should be adjusted to suit the crop and substrate.
Can I use peat-free compost?
Yes. The pot is suitable for peat-free growing media as well as conventional compost, soil-based mixes, living soil and coco.
Does the 12L Round Pot have drainage holes?
Yes. Pre-formed openings in the base allow excess irrigation water to drain from the growing medium.
Which saucer fits the 12L Round Pot?
The compatible option is the 30cm Pot Saucer, product code P00019. It measures approximately 31cm across the rim, 28cm across the base and 5cm high.
Do I need a saucer underneath the 12L pot?
A saucer is useful where irrigation runoff needs to be contained, particularly indoors or on protected surfaces. It may not be required outdoors or in free-draining production areas.
Can I use drip irrigation with a 12L pot?
Yes. The pot can be used with hand watering and suitable drip irrigation systems. Irrigation volume and frequency should be matched to the plant, root development and growing medium.
Is the 12L pot suitable for professional nursery production?
Yes. It provides substantial growing volume while remaining manageable for nursery handling, spacing, irrigation and retail presentation.
Can the 12L Round Pot be reused?
Yes. Pots that remain in good condition can be emptied, cleaned and reused. Appropriate crop hygiene is recommended between uses.
Is 12L suitable as a final plant pot?
It can be a final container for many plants. Larger, particularly vigorous or long-lived crops may eventually benefit from moving into a larger pot.
When should I move a plant into a 12L pot?
Move up when the plant has developed a healthy root system through its existing growing medium and requires additional root volume. Progressive potting generally makes moisture management easier than moving a very small plant directly into a large container.