Dedicated Product for Improving Alkaline Soil, Nitro-Humic Acid, Available in Stock
Performance-Driven Soil Investment
This product is made from high-quality raw materials sourced from the company's own mining area in Fukang City, Xinjiang Uygur Autonomous Region. Its molecular structure is rich in nitro (-NO₂), carboxyl (-COOH), and phenolic hydroxyl (-OH), thus exhibiting excellent soil amendment effects. Compared with ordinary humic acid, its low molecular weight structure makes it more efficient for cellular absorption and possesses high-density cation exchange and chelation capabilities, allowing for immediate application in agricultural production.
Multi-Layer Agronomic Benefits
Rhizosphere Power-Up:This product promotes root and stem growth and root hair proliferation, improves nutrient absorption, and increases crop resistance to drought, disease, and salinity. Proven effects include a 3-10% increase in fresh weight, a 6-44% increase in vitamin C content, improved chlorophyll index (SPAD value), and significantly improved yield and quality.
Nutrient Intelligence: By inhibiting urease activity, nitrogen volatilization was reduced by 40%; by forming stable complexes with phosphorus and potassium, fixation losses were reduced by 50%, increasing NPK utilization to over 20%.
Soil Architecture Reconstruction: Induces aggregate stability, enhances porosity, reduces bulk density, and remediates compaction/salinization. Acts as a precision pH moderator (e.g., rice seedling substrate optimization: pH 8.0 → 6.0-6.5).
Micronutrient Unlock: Chelates "locked" iron, zinc, and other trace elements into bioavailable formats, eliminating hidden hunger deficiencies.
Microbial Activation Engine: Fuels 30%+ proliferation of nitrogen-fixing bacteria and actinomycetes, accelerating organic matter mineralization and natural fertility cycling.
Manufacturing Excellence
The precise processing steps begin with the selective crushing and sorting of weathered coal, followed by controlled oxidation with nitric acid, complete reaction kinetics, solid-liquid separation to remove unreacted residues, and thermal dehydration by precise sieving, ultimately yielding a standardized black powder with excellent fluidity.