1. Scientifically combine new nutrient chains to comprehensively balance plant needs.Biochemical potassium fulvic acid is not a pure molecular compound, but a mixture of uneven and complex macromolecular structure and extremely complex composition.Therefore, in addition to the high content of fulvic acid, this product is also rich in almost all amino acids, nitrogen, phosphorus, potassium, various enzymes, sugars (oligosaccharides, fructose, etc.) protein, nucleic acid, humic acid and VC, VE, and a large number of B vitamins and other nutrients needed in the plant growth process. It is a kind of green biological fertilizer.
2. Unknown growth promoting factors with high biologically active functions.It has been proved through practice that the biochemical potassium fulvic acid core contains unknown growth promoting factors with high biological activity that have not yet been proven.Strictly speaking, biochemical potassium fulvic acid does not contain hormonal substances, but during use it exhibits similar effects to chemically synthesized auxin, cytokinin, abscisic acid and other plant hormones, and it plays a comprehensive regulatory role in plant growth and development (Dilute this product 1500-2000 times, do leaf application, root irrigation, hydroponics, you can verify).Therefore, many manufacturers who make foliar fertilizers and flush fertilizers use this product to replace or partially replace synthetic hormones such as gibberellin, sodium nitrophenol, and multi-effect azole.
3. Strong complexing ability, improve the absorption and operation of plant trace elements.Trace elements have an important impact on crop growth and the solubility of various enzymes in the body, as well as the ability to resist disease, improve yield and quality.However, the mobility of trace elements in plants is very poor, and the reuse capacity is very low, and it can easily be cured by the soil and lose its activity.。In particular, it can easily chemically interact with the effective phosphorus in the soil and cause each other to lose their activity, causing both to lose each other.Biochemical potassium fulvic acid has a high content of total amino acids, active groups such as hydroxyl groups and hydroxyl groups, and has oxygen-containing functional groups. There are many organic ligands and complexes in the structure.These coordination groups can complex or react with insoluble trace elements such as calcium, magnesium, sulfur, iron, manganese, molybdenum, copper, zinc, boron and many other trace elements. At the same time, they can also complex with phosphorus at other sites, thereby forming biochemical fulvic acid molecules as intermediary carriers. At the same time, it coordinates and promotes the absorption and operation of trace elements and phosphorus in the body of plant roots or leaves, not only avoids the direct contact between trace elements and phosphorus, which leads to passivation and inactivation of each other, but also plays a positive balancing role, thereby improving the utilization rate of the two.
4. Anti-flocculation, buffering, good solubility, and strong ability to interact with metal ions.The flocculation limit value of this product is >32meq/g, and its anti-flocculation ability is significantly higher than that of humic acid and similar products. It is soluble in any acid and alkaline water with PH1-14. It does not precipitate when flocculated in saturated brine with high calcium and magnesium hard water, and has good stability and strong electrolyte resistance.Relying on the buffer pair composed of various groups contained in this product, it can effectively resist acid and alkali.And the PH value has not changed significantly, and the buffer capacity is large. At the same time, this product has good water solubility, exchanges with metal ions, and has strong complexing ability.These unique properties constitute the advantages of this product in agricultural application and pharmaceutical fertilizer production, and have created conditions for the compatibility of medicinal fertilizers, the compounding of medicinal fertilizers, and the mixed use of medicinal fertilizers; it has also created conditions for the cross-development of the pharmaceutical fertilizer industry, changing the past single practice of treating for treatment and nourishing for nourishment. A new idea for the development of the pharmaceutical fertilizer industry that integrates the functions of treatment and nourishment.This product is mainly used as a pesticide synergist to improve the prevention and control effect, that is, by enhancing the plant's own growth and disease resistance, as well as changes in the permeability of plant cell membranes, and the slow release and synergistic effects of pesticides to show the prevention and control function of plant pests and diseases, and cannot replace pesticides. Therefore, this product is usually used in combination with polymycin, methyltobuzin, Kehei Xing, anti-bacterial special, Ruitong copper, anti-virus alum, ethylene, sweetener and other drugs to cure wheat scab, fruit tree yellow leaf disease, apple rot disease, round pattern Disease, Bandian deciduous disease, cucumber downy mildew, sweet potato dark spot disease, peanut leaf spot disease, cotton wilt disease, etc., This product has three mechanisms to prevent plant diseases: first, it enhances the oxidase activity and other metabolic activities in plants.The second is to promote the growth of plant roots and improve root system activities, which are conducive to the absorption of water and nutrients by plants, as well as to increase chlorophyll content and enhance photosynthesis to improve plant resilience.Third, the compound use with pesticides can inhibit the germination of pathogenic bacteria spores and colony expansion, which is conducive to the slow release and synergistic effect of pesticides.
5. It has significant functions of cold and drought resistance.The mechanism of biochemical potassium fulvic acid drought and cold resistance is: first, it stimulates the activity of enzymes in plants, through which it regulates and catalyzes the cells in plants to accelerate the absorption of water and nutrients, as well as reduces the water potential of leaves, enhances osmotic pressure and other metabolic activities, in order to stimulate plants to physiologically adapt to the dry and cold living environment.The second is to inhibit the accumulation of K in plant cells. When plants encounter drought and cold, they can improve their water retention ability, close leaf pores or reduce opening, and reduce water transpiration.A large number of experimental data prove that biochemical potassium fulvic acid can significantly increase the pore diffusion resistance of leaves by 1.5 times, while reducing the transpiration intensity of leaves by more than twice.After spraying, the drought and cold resistance effect can be maintained for about 20 days.The second is to increase the water content of the soil and enhance the activity of the root system.After spraying, foliar transpiration is reduced, and the soil water content is significantly increased. The water content of different soil depths can be increased by 7% to 35%, while the consumption of soil water within 10 to 20 days after spraying is reduced by 8%.At the same time, the root system is developed, the new roots are increased by a quarter, and the vitality of the root system is increased by 30%, which is conducive to the absorption of water and nutrients by plants, thereby increasing crop yield and improving crop quality.
6. Small molecular weight is the most basic physical and chemical property of biochemical potassium fulvic acid.The average molecular weight of this product is 300, and its high biological activity is very permeable to the barrier of plant cell membrane. Through its adsorption, conduction, transport, bridging, sustained release, activation and other functions, plant cells can absorb more water and nutrients that were originally unavailable, and at the same time transport carbohydrates, proteins, sugars and other nutrients accumulated and synthesized by photosynthesis to the fruit site to improve quality and increase yield.