Potassium Humate Humic Acid Fertilizer Fulvic Acid Organic Fertilizers For Improving Soil

Potassium humate is a highly efficient organic potassium fertilizer. The humic acid in it acts as a bioactive agent that increases available potassium content in soil, reduces potassium loss and fixation, and enhances crop absorption and utilization of potassium. It also improves soil quality, promotes crop growth, enhances stress resistance, improves crop quality, and protects the agricultural ecological environment.

When mixed with urea, phosphate fertilizer, potassium fertilizer, and trace elements, it can be formulated into highly efficient multi-functional compound fertilizers. Additionally, potassium humate serves as a treatment agent for petroleum drilling fluids, primarily to prevent wellbore collapse.

• Soil Improvement: Promotes soil granulation, alleviates compaction, enhances air permeability and water retention capacity
• Detoxification: Adsorbs heavy metals, neutralizes acidic and alkaline soils, reduces salinization or acidification problems
• Fertilizer Efficiency: Chelates nutrients, fixes nitrogen, phosphorus, potassium and trace elements, reduces loss, increases fertilizer utilization by over 30%
• Crop Health: Stimulates root hair growth, enhances nutrient absorption, increases chlorophyll content, promotes fruit expansion and sugar accumulation
• Disease Resistance: Enhances drought, cold, and waterlogging resistance, activates plant immune enzymes, reduces soil-borne diseases

• Water Quality Management: Absorbs toxins like ammonia nitrogen and nitrite, stabilizes pH, inhibits harmful algae growth
• Animal Health: Enhances disease resistance in fish and shrimp, reduces bacterial infection risk, improves digestive enzyme activity
• Environmental Adaptation: Relieves stress from temperature changes or water exchange, reduces mortality, promotes algae photosynthesis

• Feed Efficiency: Improves protein and mineral utilization, accelerates weight gain, inhibits harmful bacteria, regulates flora balance
• Environmental Optimization: Reduces ammonia and hydrogen sulfide emissions, improves air quality, accelerates composting fermentation
• Production Performance: Maintains feed intake in high temperatures, stabilizes production rates, improves meat quality and safety

• Activity Differences: Potassium humate has higher aromatic condensation with fewer oxygen-containing functional groups but stronger complexing ability
• Hard Water Resistance: Potassium fulvate has smaller molecular weight and better solubility with divalent metal salts, while potassium humate has weak hard water resistance
• Soil Improvement Capacity: Potassium humate offers superior soil improvement due to better complexation ability, dosage efficiency, and adsorption capacity
• Structural Advantages: Potassium humate's macromolecular structure with sponge-like spatial configuration retains soil moisture evaporation effectively