Molasses Fermented Biochemical Potassium Fulvate Powder from Sugarcane, Plant

Product Specification

Molasses Fermented Biochemical Potassium Fulvate Powder from Sugarcane, Plant Growth Booster for South America Crops

Molasses Powder Introduction

Produced via bio-fermentation of sugarcane & beet with modern tech, biochemical potassium fulvate is fully water-soluble, acid-alkali resistant and anti-divalent ion. Miscible with various nutrients without sediment. Used directly or as raw additive for diverse fertilizers, liquid film and slow-release coating slurry for compound fertilizer granulation

 has the following functions:

1.Stimulating root growth: Potassium fulvate can increase the synthesis and secretion of auxin in plants, stimulate cell division, accelerate the speed of plant cell division, facilitate the rapid formation of plant roots, increase the number and surface area of root hairs, and enhance the efficiency and capacity of plants to absorb nutrients from the soil.

2. Promoting plant growth and development: In addition to a high content of fulvic acid, potassium fulvate is also rich in almost all the amino acids, nitrogen, phosphorus, potassium, various enzymes, sugars (oligosaccharides, fructose, etc.), proteins, nucleic acids, humic acid, VC, VE, and a large amount of B vitamins and other nutrients needed by plants during their growth process. It is a green bio-bacterial fertilizer. Potassium fulvate can enhance soil fertility, increase soil fertility reserve and soil porosity, improve soil aeration, water retention and plant growth environment, and promote plant growth. Potassium fulvate can stimulate the vigorous growth of the vegetative bodies in the above-ground parts of plants, has a good effect on tillering and reducing the rate of empty and shriveled grains, and can increase the thousand-grain weight of grains, thereby increasing grain yield.

3. Regulating soil pH value: Potassium fulvate can regulate soil pH value, keeping it within an appropriate range, which is conducive to the reproduction and activity of soil microorganisms, thereby facilitating the decomposition of organic matter and the release of soil nutrients.

4. Nitrogen fixation, phosphorus solubilization and potassium activation: Potassium fulvate can adsorb nitrogen elements in the soil, reduce their volatilization and loss, and improve their utilization rate. It can liberate phosphorus from the soil through chelation with phosphorus, making it available for plant absorption and improving the utilization rate of phosphorus. It 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.

5. Cold and drought resistance: The mechanism of potassium fulvate's drought and cold resistance is as follows: Firstly, it stimulates the activity of enzymes in plants. Through its regulation and catalysis, it accelerates the absorption of water and nutrients by cells in plants, reduces the water potential of leaves, and enhances osmotic pressure and other metabolic activities, thereby stimulating plants to physiologically adapt to the drought and cold survival environment. Second, it inhibits the accumulation of K in guard cells. When the plant encounters drought and cold, it can enhance its water retention capacity on its own, close the stomata on the leaves or reduce the opening degree, thereby reducing water evaporation. A large amount of experimental data prove that biochemical potassium fulvate can significantly increase the stomatal diffusion resistance of leaves and simultaneously reduce the transpiration intensity of leaves. After spraying, the drought and cold resistance effect can last for about 20 days. The second is to increase soil moisture content and enhance root activity. After spraying, the transpiration on the leaf surface decreased, and the soil moisture content increased significantly. The moisture content at different soil layer depths could increase by 7% to 35%, while the consumption of soil moisture within 10 to 20 days after spraying decreased by 8%. At the same time, the root system is well-developed, with new roots increasing by a quarter and root vitality improving by 30%. This is conducive to the absorption of water and nutrients by the plants, thereby increasing crop yields and improving crop quality.

6. Micro-fertilizer: Potassium fulvate 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.

Potassium fulvate has a wide range of applications, mainly used in wheat, corn, sweet potatoes, millet, rice, cotton, peanuts, rape, tobacco, sericulture, melons and fruits, vegetables, etc.

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.