Potassium Humate / Humic Acid / Fulvic Acid with Flake/Granular/Powder Organic Fertilizer

Potassium Humate is an organic acid salt formed by the combination of humic acid and potassium ions. It is soluble in water, and combines the improving properties of humic acid with the nutritional effect of potassium. It is mainly used in the agricultural field as a fertilizer or soil amendment, and also in environmental protection and industrial fields.

(1) Agricultural Field - Fertilizer Application: As a high-efficiency potassium fertilizer, it can directly supplement potassium for crops to meet their potassium demand during growth. Meanwhile, the humic acid it contains can promote the development of crop roots and enhance crops' resistance to lodging, drought, pests, and diseases. It is suitable for various crops such as grains, fruits, and vegetables.

(2) Agricultural Field - Soil Improvement: It can improve soil aggregate structure, break soil compaction, and enhance soil aeration, water retention, and fertilizer retention capacities. It can also adjust soil pH value, balance soil acidity and alkalinity, and create a suitable soil environment for crop growth.

(3) Environmental Protection Field - Wastewater Treatment: Relying on its adsorption performance, it can adsorb heavy metal ions (e.g., lead, cadmium, mercury) and organic pollutants (e.g., dyes, phenols) in industrial wastewater, reduce the pollution degree of wastewater, and help industrial wastewater meet discharge standards.

(4) Industrial Field - Drilling Fluid Treatment: As a drilling fluid additive, it can improve the colloidal stability and lubricity of drilling fluid, reduce the wear of drill bits during drilling, and at the same time inhibit shale swelling, prevent wellbore collapse, and ensure the smooth progress of drilling operations.

(5) Agricultural Field - Fertilizer Efficiency Enhancement: When mixed with nitrogen, phosphorus, and other fertilizers, it can form stable complexes with nutrients, reduce nitrogen volatilization and phosphorus fixation, significantly improve the overall utilization rate of fertilizers, avoid nutrient waste, and lower agricultural production costs.

(1) Nutrient Supply and Crop Growth Promotion Function: It directly supplements potassium to crops to meet their key needs during growth; at the same time, it stimulates root development through humic acid, enhances crops' resistance to lodging, drought, pests and diseases, and supports the robust growth of crops.

(2) Soil Physical and Chemical Improvement Function: It improves soil aggregate structure to break compaction, enhances soil aeration, water retention and fertilizer retention capacities; it can also adjust soil pH value, balance acidity and alkalinity, and optimize the soil environment for crop growth.

(3) Pollutant Adsorption and Purification Function: Relying on its adsorption performance, it adsorbs heavy metal ions (e.g., lead, cadmium) and organic pollutants (e.g., dyes) in industrial wastewater, reduces the pollution degree of wastewater, and assists in environmental protection and treatment.

(4) Industrial Performance Optimization Function: As a drilling fluid additive, it can improve the colloidal stability and lubricity of drilling fluid, reduce drill bit wear, and at the same time inhibit shale swelling and prevent wellbore collapse, ensuring smooth drilling operations.

(5) Fertilizer Efficiency Enhancement Function: When mixed with nitrogen and phosphorus fertilizers, it can form stable complexes with nutrients, reduce nitrogen volatilization and phosphorus fixation, significantly improve fertilizer utilization efficiency, and reduce nutrient waste.