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£357.12
Unit price perEstimated delivery between September 19 and September 21.
A highly concentrated silicon additive providing silicon in a stable, plant-available form to support stronger stems and leaves, efficient nutrient uptake and improved resilience to environmental stress.
Atami B'cuzz Silic Boost is a concentrated silicon plant additive designed to supplement a regular crop nutrition programme. Although silicon is naturally abundant in soils, much of it is present in forms that plants cannot readily absorb. Silic Boost provides silicon in a stable and plant-available form, allowing it to be incorporated easily into a controlled feeding programme.
Silicon helps reinforce plant structures by becoming incorporated into plant tissues and cell walls. Atami highlights its role in strengthening the outer layers of leaves and stems, helping to produce stronger and thicker stems while supporting plants through demanding growing conditions.
Atami also identifies improved nutrient uptake as an important benefit of Silic Boost. By supporting nutrient absorption and distribution, silicon can help plants make more effective use of the nutrition supplied through the normal feeding programme.
Silic Boost is extremely concentrated, with a recommended application rate of only 0.1ml per litre. At this rate, the 5L container provides enough concentrate to prepare approximately 50,000 litres of working solution, making it particularly suitable for larger reservoirs and professional growing environments.
Atami recommends using Silic Boost from the growth stage onwards until the beginning of the ripening stage. Application should follow the actual development of the crop rather than relying unnecessarily on fixed calendar weeks.
Introducing plant-available silicon during active vegetative development supports the formation of stronger plant structures as new leaves, stems and branches are produced. Continued application as the crop develops maintains the supply of silicon during periods of rapid growth and increasing structural demand.
Silic Boost can be particularly useful for crops exposed to demanding environmental conditions. Atami identifies silicon's role in helping plants cope with abiotic stresses such as heat and drought, while reinforcement of plant tissues can also help reduce excessive water loss.
It can be incorporated into controlled nutrient programmes for a wide variety of crops. Atami gives examples including cucumbers, tomatoes, strawberries, sunflower sprouts and basil.
Add 0.1ml of Silic Boost per litre of water or nutrient solution. Atami recommends regular application from the growth stage onwards until the beginning of the ripening stage.
For 10L of solution, use 1ml. For 50L, use 5ml. For 100L, use 10ml. For a 500L reservoir, use 50ml. For a 1,000L reservoir, use 100ml.
At the recommended 0.1ml/L application rate, a full 5L container can prepare approximately 50,000 litres of working solution.
Silic Boost can be incorporated into the normal root-feeding programme. Atami also identifies Silic Boost as suitable for foliar application at 0.1ml/L.
Because Silic Boost is extremely concentrated, accurate measurement is important. A suitable clean measuring syringe, pipette or dosing system is particularly useful when preparing smaller quantities of solution.
Silicon is one of the most abundant elements found naturally in soil, but much of the silicon present is not readily available for plant uptake. Silic Boost addresses this by supplying silicon in a stable form that plants can access through a managed feeding programme.
Once absorbed, silicon can accumulate within plant tissues and reinforce cell walls. This contributes to stronger leaves and stems and can help plants maintain their structure as they develop.
Atami also explains that silicon can reinforce the plant cuticle, helping to reduce water loss through evaporation. This can be particularly valuable where plants experience environmental stresses such as high temperatures or periods of reduced water availability.
Silicon should therefore be viewed as a supplement to a complete crop nutrition programme rather than a replacement for the essential macro and micronutrients required for normal plant growth.
| Product | Atami B'cuzz Silic Boost |
|---|---|
| Product type | Concentrated silicon plant additive |
| Product size | 5L |
| Format | Liquid concentrate |
| Key element | Silicon (Si) in a stable, plant-available form |
| Application rate | 0.1ml/L |
| Application stage | From active growth until the beginning of ripening |
| Application frequency | Regular application throughout the recommended crop stages |
| Root application | Suitable |
| Foliar application | Suitable at 0.1ml/L |
| 10L solution | 1ml |
| 50L solution | 5ml |
| 100L solution | 10ml |
| 500L solution | 50ml |
| 1,000L solution | 100ml |
| Approximate solution from 5L | 50,000L at 0.1ml/L |
| Key benefits | Stronger plant structure, improved nutrient uptake & increased resilience to abiotic stress |
| Example crops | Cucumbers, tomatoes, strawberries, sunflower sprouts, basil & other fruit, vegetable and herb crops |
| Available Atami sizes | 50ml, 100ml, 250ml, 500ml, 1L & 5L |
Atami B'cuzz Silic Boost is a highly concentrated silicon additive that provides silicon in a stable, plant-available form. It is designed to supplement a normal nutrient programme and support plant strength, nutrient uptake and resilience to environmental stress.
Silic Boost supplies plant-available silicon that can reinforce plant tissues. Atami highlights stronger leaves and stems, improved nutrient uptake and increased resilience to abiotic stress among its principal benefits.
Yes. Silicon can accumulate within plant tissues and reinforce cell walls. Atami specifically highlights stronger and thicker stems as one of the benefits associated with Silic Boost.
Yes. Atami identifies improved nutrient absorption and distribution as an important benefit of Silic Boost, helping plants make effective use of the nutrition supplied through the normal feeding programme.
Silicon can support plant resilience to abiotic environmental stresses such as heat and drought. It can also reinforce plant tissues and the cuticle, helping plants manage water loss under demanding growing conditions.
Atami recommends using Silic Boost at 0.1ml per litre of water or nutrient solution. Because the product is highly concentrated, accurate measurement is important.
Atami recommends using Silic Boost from the active growth stage onwards until the crop reaches the beginning of ripening. Application should follow crop development rather than relying on the same fixed calendar schedule for every plant.
Yes. Atami identifies B'cuzz Silic Boost as suitable for foliar application at a dilution rate of 0.1ml per litre of water.
Yes. Silic Boost is designed as a supplementary silicon additive and can be incorporated into a wider crop nutrition programme. It does not replace the base fertiliser required to supply the crop's essential nutrients.
Silic Boost is best regarded as a specialist silicon supplement rather than a complete base fertiliser. It supplies plant-available silicon and should be used alongside an appropriate crop nutrition programme.
Silicon is naturally abundant, but much of the silicon found in soils is present in forms that plants cannot readily absorb. Silic Boost provides silicon in a stable form designed to be available for plant uptake.
Silic Boost can be used across a wide range of crops. Atami gives examples including cucumbers, tomatoes, strawberries, sunflower sprouts and basil, making it relevant to fruit, vegetable and herb production.
Atami recommends application from the growth stage until the beginning of ripening. Once the crop moves beyond the recommended application stage, Silic Boost does not need to be continued simply to maintain an all-cycle schedule.
The standard application rate is only 0.1ml/L. This means relatively small quantities are required even for large reservoirs, making accurate dosing important and the 5L format particularly practical for high-volume cultivation.
£357.12
Unit price perA highly concentrated silicon additive providing silicon in a stable, plant-available form to support stronger stems and leaves, efficient nutrient uptake and improved resilience to environmental stress.
Atami B'cuzz Silic Boost is a concentrated silicon plant additive designed to supplement a regular crop nutrition programme. Although silicon is naturally abundant in soils, much of it is present in forms that plants cannot readily absorb. Silic Boost provides silicon in a stable and plant-available form, allowing it to be incorporated easily into a controlled feeding programme.
Silicon helps reinforce plant structures by becoming incorporated into plant tissues and cell walls. Atami highlights its role in strengthening the outer layers of leaves and stems, helping to produce stronger and thicker stems while supporting plants through demanding growing conditions.
Atami also identifies improved nutrient uptake as an important benefit of Silic Boost. By supporting nutrient absorption and distribution, silicon can help plants make more effective use of the nutrition supplied through the normal feeding programme.
Silic Boost is extremely concentrated, with a recommended application rate of only 0.1ml per litre. At this rate, the 5L container provides enough concentrate to prepare approximately 50,000 litres of working solution, making it particularly suitable for larger reservoirs and professional growing environments.
Atami recommends using Silic Boost from the growth stage onwards until the beginning of the ripening stage. Application should follow the actual development of the crop rather than relying unnecessarily on fixed calendar weeks.
Introducing plant-available silicon during active vegetative development supports the formation of stronger plant structures as new leaves, stems and branches are produced. Continued application as the crop develops maintains the supply of silicon during periods of rapid growth and increasing structural demand.
Silic Boost can be particularly useful for crops exposed to demanding environmental conditions. Atami identifies silicon's role in helping plants cope with abiotic stresses such as heat and drought, while reinforcement of plant tissues can also help reduce excessive water loss.
It can be incorporated into controlled nutrient programmes for a wide variety of crops. Atami gives examples including cucumbers, tomatoes, strawberries, sunflower sprouts and basil.
Add 0.1ml of Silic Boost per litre of water or nutrient solution. Atami recommends regular application from the growth stage onwards until the beginning of the ripening stage.
For 10L of solution, use 1ml. For 50L, use 5ml. For 100L, use 10ml. For a 500L reservoir, use 50ml. For a 1,000L reservoir, use 100ml.
At the recommended 0.1ml/L application rate, a full 5L container can prepare approximately 50,000 litres of working solution.
Silic Boost can be incorporated into the normal root-feeding programme. Atami also identifies Silic Boost as suitable for foliar application at 0.1ml/L.
Because Silic Boost is extremely concentrated, accurate measurement is important. A suitable clean measuring syringe, pipette or dosing system is particularly useful when preparing smaller quantities of solution.
Silicon is one of the most abundant elements found naturally in soil, but much of the silicon present is not readily available for plant uptake. Silic Boost addresses this by supplying silicon in a stable form that plants can access through a managed feeding programme.
Once absorbed, silicon can accumulate within plant tissues and reinforce cell walls. This contributes to stronger leaves and stems and can help plants maintain their structure as they develop.
Atami also explains that silicon can reinforce the plant cuticle, helping to reduce water loss through evaporation. This can be particularly valuable where plants experience environmental stresses such as high temperatures or periods of reduced water availability.
Silicon should therefore be viewed as a supplement to a complete crop nutrition programme rather than a replacement for the essential macro and micronutrients required for normal plant growth.
| Product | Atami B'cuzz Silic Boost |
|---|---|
| Product type | Concentrated silicon plant additive |
| Product size | 5L |
| Format | Liquid concentrate |
| Key element | Silicon (Si) in a stable, plant-available form |
| Application rate | 0.1ml/L |
| Application stage | From active growth until the beginning of ripening |
| Application frequency | Regular application throughout the recommended crop stages |
| Root application | Suitable |
| Foliar application | Suitable at 0.1ml/L |
| 10L solution | 1ml |
| 50L solution | 5ml |
| 100L solution | 10ml |
| 500L solution | 50ml |
| 1,000L solution | 100ml |
| Approximate solution from 5L | 50,000L at 0.1ml/L |
| Key benefits | Stronger plant structure, improved nutrient uptake & increased resilience to abiotic stress |
| Example crops | Cucumbers, tomatoes, strawberries, sunflower sprouts, basil & other fruit, vegetable and herb crops |
| Available Atami sizes | 50ml, 100ml, 250ml, 500ml, 1L & 5L |
Atami B'cuzz Silic Boost is a highly concentrated silicon additive that provides silicon in a stable, plant-available form. It is designed to supplement a normal nutrient programme and support plant strength, nutrient uptake and resilience to environmental stress.
Silic Boost supplies plant-available silicon that can reinforce plant tissues. Atami highlights stronger leaves and stems, improved nutrient uptake and increased resilience to abiotic stress among its principal benefits.
Yes. Silicon can accumulate within plant tissues and reinforce cell walls. Atami specifically highlights stronger and thicker stems as one of the benefits associated with Silic Boost.
Yes. Atami identifies improved nutrient absorption and distribution as an important benefit of Silic Boost, helping plants make effective use of the nutrition supplied through the normal feeding programme.
Silicon can support plant resilience to abiotic environmental stresses such as heat and drought. It can also reinforce plant tissues and the cuticle, helping plants manage water loss under demanding growing conditions.
Atami recommends using Silic Boost at 0.1ml per litre of water or nutrient solution. Because the product is highly concentrated, accurate measurement is important.
Atami recommends using Silic Boost from the active growth stage onwards until the crop reaches the beginning of ripening. Application should follow crop development rather than relying on the same fixed calendar schedule for every plant.
Yes. Atami identifies B'cuzz Silic Boost as suitable for foliar application at a dilution rate of 0.1ml per litre of water.
Yes. Silic Boost is designed as a supplementary silicon additive and can be incorporated into a wider crop nutrition programme. It does not replace the base fertiliser required to supply the crop's essential nutrients.
Silic Boost is best regarded as a specialist silicon supplement rather than a complete base fertiliser. It supplies plant-available silicon and should be used alongside an appropriate crop nutrition programme.
Silicon is naturally abundant, but much of the silicon found in soils is present in forms that plants cannot readily absorb. Silic Boost provides silicon in a stable form designed to be available for plant uptake.
Silic Boost can be used across a wide range of crops. Atami gives examples including cucumbers, tomatoes, strawberries, sunflower sprouts and basil, making it relevant to fruit, vegetable and herb production.
Atami recommends application from the growth stage until the beginning of ripening. Once the crop moves beyond the recommended application stage, Silic Boost does not need to be continued simply to maintain an all-cycle schedule.
The standard application rate is only 0.1ml/L. This means relatively small quantities are required even for large reservoirs, making accurate dosing important and the 5L format particularly practical for high-volume cultivation.
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£357.12
Unit price per
