Product Specification

Molasses Fulvic Acid Potassium Organic Fertilizer for Sustainable Agriculture

Molasses Powder Introduction

Through the application of advanced biotechnology, plant-derived materials are selected as raw inputs and processed via biological fermentation to produce a coal-like fulvic acid compound—highly active biochemical potassium fulvate.
Among all humic substances, fulvic acid possesses the smallest molecular size and the highest level of biological activity, representing the core and most effective fraction of humic acid.

This product is completely water-soluble and demonstrates excellent tolerance to both acidic and alkaline conditions, as well as strong resistance to divalent ions. It is highly compatible with a wide range of micronutrients and macronutrients, allowing for blending and compounding without precipitation or flocculation.

It may be applied directly, or formulated as a primary active ingredient or functional additive in foliar fertilizers, organic fertilizers, medicated fertilizers, micro-nutrient fertilizers, aquatic fertilizers, liquid mulching films, and humic acid–based water-retention agents. In addition, it can be utilized as a coating slurry material for slow-release fertilizers during high-tower spray granulation of organic-inorganic compound fertilizers.

1. Water retention

Fulvic acid is an organic material with colloidal characteristics. It helps loosen soil structure, retains significant amounts of water, and enhances soil aeration and moisture regulation. By improving water-holding capacity and air permeability, it effectively reduces drought stress and creates favorable moisture, air, and thermal conditions in the soil, supporting optimal seed germination and healthy seedling development.

2. Improve saline-alkali land

Fulvic acid features a low molecular weight combined with high biological activity. It is capable of binding and immobilizing harmful cations present in the soil, thereby lowering soil salinity levels. This action reduces salt stress on seeds and young plants, helping to alleviate salt damage and improve the condition of saline-alkali soils.

3. Drought resistance and cold resistance

When fulvic acid is sprayed on the leaves of plants, it can close the stomata of the plants and reduce the evaporation of water from them. Fulvic acid is dark in color and conducive to absorbing solar energy. When fulvic acid decomposes under the action of microorganisms, it releases heat, which can raise the ground temperature and thus play a role in resisting cold.

4. Disease and pest resistance
Fulvic acid is able to stimulate enzymatic activity within plants, thereby strengthening overall plant vitality and improving resistance to environmental stress.

5. Prevention and Control of Heavy Metal Pollution

Fulvic acid is involved in ion exchange processes within the soil, where it binds and stabilizes heavy metal ions, preventing their migration into the biological and food chains.

6. Enhance fertilizer efficiency

Nitrogen fixation: After nitrogen fertilizers are applied to soil, nitrogen is prone to volatilization into the atmosphere or loss through runoff and soil erosion. Fulvic acid can bind nitrogen in the soil, effectively reducing volatilization and leaching losses while improving nitrogen use efficiency.

Phosphorus dissolution: Phosphorus applied to soil is easily immobilized by soil components. Through chelation, fulvic acid can release fixed phosphorus, converting it into a form that is readily available for plant uptake and significantly enhancing phosphorus utilization.

Activated potassium:The majority of potassium applied to soil exists as potassium salts that are not directly available to crops. Fulvic acid promotes the transformation of insoluble potassium into soluble forms via ion exchange, increasing available potassium content and improving its absorption efficiency.

Micro-fertilizer:Fulvic acid can chelate insoluble trace elements to form humic-based micronutrient complexes with high solubility. These chelated forms are easily absorbed by both roots and foliage, facilitating efficient uptake of essential micronutrients by crops.

Comprehensive Composition

Beyond its primary constituents, the product contains a range of essential micronutrients, including sulfur, calcium, magnesium, zinc, iron, molybdenum, and boron. It is also rich in various B-group vitamins, vitamin C, myo-inositol, polysaccharides, microbial proteins, nucleic acids, surface-active substances, and numerous bioactive compounds that promote plant growth.