T.A (GHE) - Silicate 1 Litre

What is Terra Aquatica (GHE) Silicate?

Silicate is a vital element for tall plants in cultivation systems that use water as a substrate. New pH neutral Silicate contains ancient sediments of biologically converted organic matter and naturally formed silicic acid clay.

What are the benefits of Terra Aquatica (GHE) Silicate?

• Natural Colloids: Silicate increases the cation exchange capacity of nutrient solutions, improving your plants' access to nutrients.
• pH and Conductivity Stabilization: Balances the pH and conductivity of the nutrient solution, reducing stress for fast-growing plants.
• Toxicity Protection: Provides protection against toxicity from metals.
• Rich Minerals: Silicate contains more than 60 minerals necessary for your plants' development, ensuring your plants remain healthy and robust.
• More Silicate: The new formula provides better solubility with higher silicate content and smaller particle sizes.
• Carbonates and Calcium: Provides more carbonates for better pH stability and additional calcium for plants.

How to use Terra Aquatica (GHE) Silicate?

• At the Base of Each Plant: Sprinkle 1 teaspoon (approx. 4 g).
• In Nutrient Solution: Mix 4 g into 10 liters of water.
• Foliar Application: Direct powder application of 10 g to 50 g/m² or foliar spray with 4 g per 10 liters of water.
• Use with Beneficial Microorganisms: Use only with foliar application or localized trunk application (dry application) together with beneficial microorganisms (TrikoLogic®, TrikoLogic® S) to avoid slowing the colonization of beneficial microorganism populations in the substrate.

Important Note

Open Soil Cultivation: Silicate promotes the growth of beneficial microorganisms and creates a beneficial natural environment for overly healthy plants.

New pH neutral Silicate offers a formula enriched with ancient sediments and biologically converted organic matter. It optimizes your plants' nutrient uptake, balances pH, and supports overall health. Increase your plants' growth and resilience with Silicate.