It breaks down chemical fertilizer residues and transforms them into a form that plants can absorb, allowing the plant to benefit from the fertilizer to the maximum.
It increases the nitrogen content of the soil thanks to the nitrogen bacteria it contains.
It has a positive effect on the nitrogen cycle in nature.
It saves water by reducing the moisture in the soil from mixing with the atmosphere through evaporation.
It increases the natural immunity and resistance of plants and ensures that they are minimally affected by frost and extreme temperatures.
It increases the rate and amount of photosynthesis by allowing plants to benefit more from sunlight through the phototropic bacteria it contains. This provides increased efficiency and quality.
It prevents damage to plants by suppressing pathogenic microorganisms that cause disease and harm plants.
Fe (Iron), Zn (Zinc), etc., which are difficult to dissolve in soils. It provides higher quality products, healthier storage and long-term shelf life by putting the compounds in a form that can be taken by parts and plants.;
