Humic Acid Uses In Plants
Humic acid (dry basis): 70%
Insoluble in water
Powder particle size: 80-100 mesh
High humic acid content; widely in demand by fertilizer factories in China and internationally as a raw material, sourced from pure leonardite extraction.
Introduction
Humic acid fertilizer is a natural soil amendment derived from humus-rich materials such as lignite, peat, windblown coal, and other organic matter-rich sediments. It is a key component of humus, an organic substance in the soil that significantly influences soil health and fertility. The humic acid raw materials used in our company's production come exclusively from our own weathered coal mine located in the Fukang Area of Xinjiang, covering an area of 2.43 square kilometers. This mine is one of China's rare sources of high-quality humic acid, boasting excellent reserves. Currently, the detected humic acid content exceeds 70%, with recoverable humic acid quantities surpassing 15 million tons. The Cation Exchange Capacity (CEC) of our humic acid raw material has been tested by multiple authorities, showing an impressive range of 400-450 meq/100g. This makes it an ideal mineral resource for producing a variety of humic acid products.
Specification
Appearance | Granular |
Humic acid content (as dry basis) | 70% min |
Organic matter (as dry basis) | 85% min |
PH value | 4-6 |
Moisture | 30% max |
Package & Storage
1KG 10KG, 25KG package,and customer designated packing is available.
Product should store at a cool, dry and well-ventilated environment
Benefits of Humic Acid
Humic acid improves soil structure by promoting soil aggregation, boosting the soil’s capacity to retain water and nutrients, and helping to reduce erosion.
Humic acid increases the availability of essential nutrients like nitrogen, phosphorus, and potassium by chelating them, making them more accessible for plant uptake.
Humic acid stimulates plant growth by enhancing enzyme and hormone activity, boosting photosynthesis, and promoting healthier root development.
Humic acid improves plants' tolerance to stress by optimizing water usage, reducing oxidative stress, and helping plants better withstand environmental challenges like drought, heat, and salinity.
Raw material base
Qualifications