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How Silicon enhances commercial cultivation
Silicon is gaining popularity among growers as a key element to strengthen crops and boost their resilience. While research into its effects on plant health is expanding, it’s well-known that this micronutrient offers numerous benefits. Although silicon (Si) is naturally present in sandy and clay soils, it’s often not in a form that plants can easily absorb — despite the clear advantages it provides.
The benefits of silicon for crop health
Incorporating silicon into your cultivation practices can lead to significant improvements in plant health and growth, including:
- Enhanced Flower Color: More intense hues that last through full bloom.
- Stronger Leaves: Thicker, more durable leaves with improved arrangement.
- Reinforced Cell Walls: Greater structural integrity for stronger plants.
- Improved Root Penetration: Better development and nutrient uptake.
- Increased Chlorophyll Production: Boosts photosynthesis for healthier growth.
- Greater Plant Resistance: Increased resilience to stress and disease.
- Reduced Transpiration: Less water loss, leading to reduced drought stress.
- Balanced Nutrient Distribution: Redistribution of calcium (Ca) and manganese (Mn), minimizing nutrient toxicity risks.
- Higher CO₂ Fixation: More of the enzyme Rubisco for better carbon fixation.
Overcoming challenges with silicon delivery
For years, cannabis growers have praised silicon for its ability to create strong stems that support large colas. However, traditional silicon delivery methods, such as potassium silicate, have posed challenges, particularly due to pH fluctuations and irrigation system blockages.
Today, innovative products like SilicaPower — containing orthosilicic acid (H₄SiO₄) — offer a game-changing solution. These products dissolve easily in mixing tanks, eliminate pH fluctuations, and leave no residues, making them ideal for commercial growers.
Today, innovative products like SilicaPower — containing orthosilicic acid (H₄SiO₄) — offer a game-changing solution. These products dissolve easily in mixing tanks, eliminate pH fluctuations, and leave no residues, making them ideal for commercial growers.
Silicon's role throughout the growth cycle
Thanks to advancements in silicon delivery, this essential micronutrient can be used effectively throughout the entire plant life cycle, providing consistent benefits from root development to harvest.
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Do not hesitate to ask your questions to our specialist using the form. We will respond to your questions as soon as possible.
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How Silicon enhances commercial cultivation
Silicon is gaining popularity among growers as a key element to strengthen crops and boost their resilience. While research into its effects on plant health is expanding, it’s well-known that this micronutrient offers numerous benefits. Although silicon (Si) is naturally present in sandy and clay soils, it’s often not in a form that plants can easily absorb — despite the clear advantages it provides.
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The benefits of silicon for crop health
Incorporating silicon into your cultivation practices can lead to significant improvements in plant health and growth, including:
- Enhanced Flower Color: More intense hues that last through full bloom.
- Stronger Leaves: Thicker, more durable leaves with improved arrangement.
- Reinforced Cell Walls: Greater structural integrity for stronger plants.
- Improved Root Penetration: Better development and nutrient uptake.
- Increased Chlorophyll Production: Boosts photosynthesis for healthier growth.
- Greater Plant Resistance: Increased resilience to stress and disease.
- Reduced Transpiration: Less water loss, leading to reduced drought stress.
- Balanced Nutrient Distribution: Redistribution of calcium (Ca) and manganese (Mn), minimizing nutrient toxicity risks.
- Higher CO₂ Fixation: More of the enzyme Rubisco for better carbon fixation.
Overcoming challenges with silicon delivery
For years, cannabis growers have praised silicon for its ability to create strong stems that support large colas. However, traditional silicon delivery methods, such as potassium silicate, have posed challenges, particularly due to pH fluctuations and irrigation system blockages.
Today, innovative products like SilicaPower — containing orthosilicic acid (H₄SiO₄) — offer a game-changing solution. These products dissolve easily in mixing tanks, eliminate pH fluctuations, and leave no residues, making them ideal for commercial growers.
Today, innovative products like SilicaPower — containing orthosilicic acid (H₄SiO₄) — offer a game-changing solution. These products dissolve easily in mixing tanks, eliminate pH fluctuations, and leave no residues, making them ideal for commercial growers.
Silicon's role throughout the growth cycle
Thanks to advancements in silicon delivery, this essential micronutrient can be used effectively throughout the entire plant life cycle, providing consistent benefits from root development to harvest.
Contact form
Do not hesitate to ask your questions to our specialist using the form. We will respond to your questions as soon as possible.
Also interesting for you
The importance of food-grade materials for storing cannabis
Cultivators have resorted to using a variety of storage containers. The main drawback to these container types is that they are not made from food-grade materials. Why is this important?
Cultivators have resorted to using a variety of storage containers. The main drawback to these container types is that they are not made from food-grade materials. Why is this important?
The benefits of automated trimming
While some of this technology has been around for some time, there have been significant improvements made to the efficiency and affordability of such automation tools – including bud trimmers.
While some of this technology has been around for some time, there have been significant improvements made to the efficiency and affordability of such automation tools – including bud trimmers.
Humidity control in cannabis cultivation
The aim is to maintain a consistent quality of product, while attempting to maximize yields. Though humidity is a big part of climate control, not all cannabis cultivators understand exactly how to control it.
The aim is to maintain a consistent quality of product, while attempting to maximize yields. Though humidity is a big part of climate control, not all cannabis cultivators understand exactly how to control it.
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