Our biotechnological fertilizers are composed of a biological soil conditioner that, during its decomposition, releases humic and fulvic acids capable of contributing positively to the plant’s physiology and to the chemical and physical properties of the soil, such as: high energy production in the cells of roots; increased chlorophyll levels; reduction of N losses to the atmosphere; greater availability of nutrients to plants, due to their high CEC; greater supply of nutrients by plants due to the activation of ATPases, with greater exchange of ions; greater growth of the root system and formation of secondary roots by the production of auxin.
Our biotechnological fertilizers (SUPERGAN AND SUPERGAN+) are composed of a biological soil conditioner rich in bacteria (SMARTBAC TECHNOLOGY) and macro and micronutrients, providing several benefits to the crops in which they are applied, such as: regenerating the biological activity of the soil, increasing productivity in the same planted area, promote the circular economy, among others.
Our biotechnological fertilizers provide macro and micronutrients, combined with a biological soil conditioner rich in bacteria (SMARTBAC technology), which are essential elements for the development and nutrition of plants.
Our fertilizers are composed of a biological soil conditioner rich in bacteria (SMARTBAC TECHNOLOGY) and macro and micronutrients, which provide soil improvement at three levels: PHYSICAL (structure/porosity), CHEMICAL (macro and micronutrients/fertility) and BIOLOGICAL (stimulates and improves the living part of the soil – microorganisms and microfauna). In addition, it forms a favorable environment for the balance of biota.
Our biotechnological fertilizers, which contain SMARTGRAN, an organic base rich in bacteria (SMARTBAC TECHNOLOGY), provide less potassium leaching and greater phosphorus protection, reducing its fixation in the soil. Additionally, they potentiate microbial activity in the soil, resulting in greater production of organic acids and the enzymes Arylsulfatase, Betaglucosidase and Acid Phosphatase involved in the Sulfur, Carbon and Phosphorus cycle, providing greater availability of nutrients for plants.
Our biotechnological fertilizers contribute to improving the chemical, physical and biological characteristics of the soil, helping the development of vegetables, the root system and the aerial part of the plant, resulting in consistent increases in productivity.
