Molasses Powder Strengthen Root System Fulvic Acid Potassium Organic Fertilizer for Agriculture 

Molasses Powder Introduction

By applying modern biotechnology and using plant sources as raw materials, through biological fermentation, a coal-like fulvic acid substance - highly active biochemical potassium fulvate - has been successfully produced. Fulvic acid is the component with the smallest molecular weight and the greatest activity among humic acids, and it is the essence of the effective components of humic acid.

This product is fully soluble in water, resistant to acids and alkalis, and resistant to divalent ions. It can be mixed and compound with various trace elements and macronutrients without flocculation. It can be directly applied, or used as the main agent or additive of foliar fertilizer, foliar fertilizer, organic fertilizer, medicinal fertilizer, micro-fertilizer, aquatic fertilizer, liquid mulching film, and humic acid water-retaining agent. It can also be used as the coating raw slurry for slow-release fertilizer in high tower spray granulation of organic-inorganic compound fertilizer.

1. Water retention

Fulvic acid is an organic substance with colloidal properties. It can make the soil loose, absorb a large amount of water, improve air permeability and humidity, nourish soil moisture, prevent drought, and provide the soil with favorable water, air and heat conditions, which are suitable for seed germination and seedling growth.

2. Improve saline-alkali land

Fulvic acid has a small molecular weight and high activity. It can adsorb harmful cations in the soil, thereby reducing the concentration of salt in the soil, minimizing the harm of salts to seeds and seedlings, and improving saline-alkali land.

3. Drought resistance and cold resistanceWhen 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 can increase the activity of enzymes in plants and enhance the resistance of the plant body.

5. Prevention and Control of Heavy Metal Pollution

Fulvic acid participates in ion exchange reactions in the soil, adsorbing and fixing heavy metal ions in the soil to prevent them from entering the biological cycle.

6. Enhance fertilizer efficiency

Nitrogen fixation: When nitrogen is applied to the soil, it can easily volatilize into the atmosphere or be eroded into rivers along with soil. Fulvic acid can adsorb nitrogen in the soil, reduce its volatilization and loss, and improve its utilization rate.

Phosphorus dissolution: When phosphorus is applied to the soil, it is easily fixed by the soil. Fulvic acid can liberate phosphorus from the soil through chelation with it, making it available for plant absorption and enhancing the utilization rate of phosphorus.

Activated potassium: Most of the potassium elements applied to the soil exist in the form of potassium salts and cannot be directly absorbed by crops. Fulvic acid can convert insoluble potassium into soluble potassium through ion exchange function, increase the available potassium in the soil and improve the utilization rate of potassium.

Micro-fertilizer: Fulvic acid can undergo chelation reactions with insoluble trace elements, generating humic acid trace element chelates with good solubility that can be absorbed by crops, which is conducive to the absorption of trace elements by the root system and leaves.

Comprehensive Composition

In addition to the main components, it includes essential trace elements such as sulfur, calcium, magnesium, zinc, iron, molybdenum, and boron, as well as a variety of B vitamins, vitamin C, myo-inositol, polysaccharides, microbial proteins, nucleic acids, surfactants, and numerous growth-promoting factors.