1. Scientific research forms a new nutritional chain and balances plant requirements in an all-round way. Biochemical potassium fulvic acid is not a pure molecular structure chemical substance, but a compound with an uneven complex macromolecular formula and a very complex composition. Therefore , In addition to the high content of fulvic acid, this product also contains basically all carbohydrates, nitrogen, phosphorus, potassium, various enzymes, glycogen (xylo-oligosaccharide, glucose, etc.) that are often required in the whole process of plant growth and development. etc.) protein, nucleotides, humic acid, VC, VE and many B vitamins and other nutrients, is an emerald green biological bacterial fertilizer.

2. Unknown growth-promoting factors with high microbial activity. According to practical experience, the core of biochemical potassium humate has unknown growth-promoting factors with high microbial activity that have not been found. In a strict practical sense, biochemical yellow Potassium humate has no hormone-like pharmaceutical chemicals, but in the whole process of application, it mainly exhibits similar effects to various plant growth hormones such as organically synthesized auxin, cytokinin, abscisic acid, etc. It plays an all-round buffering role (1500-2000 times the dilution of this product can be used for foliar fertilization, root irrigation, and hydroponics, and it can be certified). Therefore, many manufacturers of foliar fertilizer and flushing fertilization choose this product to replace or partially Substitute gibberellin, sodium nitrophenolate, chlorophyll, etc. to generate growth hormone.

3. Strong complexation ability, improve the digestion, absorption and operation of plant nutrients. Nutrients are soluble in crop growth and development and various enzymes in the body, and their ability to resist stress and disease, improve benefits and quality. There are key hazards. However, the nutrient elements have very poor mobility in the plant body, and the ability to reuse them is very low. It is very easy to be dried by the soil layer and lose its activity. It is very easy to oxidize with the reasonable phosphorus in the soil layer and cause mutual loss. Due to the high content of total carbohydrates and active functional groups such as carboxyl and methyl groups, as well as the isomerization of oxygen-containing functional groups, there are many organic chemical chelating sites and complexation in the structure of potassium humate. Position. This coordination functional group can produce complexation or chelation reaction with insoluble elements such as calcium, magnesium, sulfur, iron, manganese, molybdenum, copper, zinc, boron, etc. The highly consistent phosphorus in the domain produces a complexation reaction, which in turn produces a medium with the molecular structure of biochemical fulvic acid as an intermediary. In addition, harmony promotes the plant roots or leaves to cope with the digestion and absorption of nutrients and phosphorus in the body, and runs, which not only prevents nutrients The direct contact between the element and phosphorus causes mutual passivation and degradation, and has a positive and active balancing effect, thereby increasing the utilization rate of the two.

4. The anti-inclined plate sedimentation tank has cache, good melting characteristics, and strong interaction with metal ions. The specified value of the inclined plate sedimentation tank of this product is gt; 32meq\/g, and its anti-inclined plate sedimentation tank capacity is significantly higher than that of humic acid and In the same industry, it can dissolve all pH 1-14 water, and the inclined plate sedimentation tank is not stable in saturated brine with high calcium and magnesium water hardness, and has good reliability and strong resistance to electrolyte solutions. The buffer pair composed of functional groups can reasonably resist strong acid and alkali. The pH value has no significant change, and the buffer capacity is large. In addition, this product has good water solubility, and the ion exchange method with metal materials has strong complexation ability. This unique The characteristics all constitute the advantages of this product in the application of agriculture and animal husbandry and the production and manufacture of medicinal fertilizers. , changing the previous single practice of treating for the sake of treatment and nourishing for the sake of nourishment, and got rid of the new concept of the development of the pharmaceutical and fertilizer industry that integrates the functions of curing and nourishing. This product is mainly used as a fertilizer synergist to improve the control effect. , that is to say, the preventive effect of information on plant diseases is displayed based on the process of improving the growth potential and disease resistance of the plant itself and its changes in the translucent effect of the plant cytoplasm, and the retardation of chemical fertilizers and cooperative quality improvement and synergy. It can replace chemical fertilizers, so this product is generally used in combination with 3-oxazolone, thiophanate-methyl, Kehexing, bacteriostat, Revit copper, virucidal alum, ethephon, sweeteners and other drugs to remove root wheat. Fusarium wilt, yellow leaf disease of peach tree, apple rot disease, ring spot disease, blight leaf disease of class point, downy mildew of cucumber, black spot disease of sweet potato, brown spot disease of peanut kernel, verticillium wilt of cotton wool, etc. There are three principles of pests and diseases: one is to improve the activity of antimycin in the plant and its metabolism theme activities; the second is to promote the growth and development of plant rhizomes and improve the theme activities of rhizomes, which is beneficial to the digestion and absorption of water and trace elements by the main stem, It can improve the photosynthetic intensity, improve the photosynthesis of plants, and improve the resistance of plants. 3. It is mixed with chemical fertilizers, which can inhibit the germination and expansion of bacterial spores, which is beneficial to the retardation of chemical fertilizers and the improvement of quality. Efficiency.

5. It has obvious effect of cold resistance and drought resistance. The principle of biochemical potassium fulvic acid drought resistance and cold resistance is as follows: First, it stimulates the activity of plant body enzymes. It can stimulate the main stem to integrate into the drought and cold living conditions physiologically. The second is to inhibit the accumulation of K in the guard cells, and the main stem can be activated when the main stem encounters drought and cold. Independently improve the water-locking ability, close the leaf outlet or reduce the opening degree, and reduce water evaporation. Many experimental data confirm that the biochemical potassium fulvic acid can significantly increase the diffusion resistance of the leaf outlet by 1.5 times, and reduce the evaporation and compression resistance of the leaf. The intensity is more than doubled. After spraying, the effect of drought and cold resistance can be maintained for up to 20 days. The second is to increase soil moisture and improve rhizome theme activities. After spraying, leaf evaporation is reduced, soil moisture is significantly enhanced, and the moisture content of different soil layers can be increased. 7% 35%, while the soil water content is reduced by 8% within 1020 days after spraying. In addition, the rhizome is more developed, the new root is increased by 1\/4, and the rhizome charm is increased by 30%, which is beneficial to the main stem's ability to absorb water and trace elements. Digestion and absorption, thereby increasing crop production and improving crop quality.

6. Small relative molecular mass is the most basic physical and chemical characteristic of biochemical potassium fulvic acid. The average molecular weight of this product is 300, and its high microbial activity is permeable to the natural barrier of plant cytoplasm. According to its adsorption, transmission, shipment, It has various functions such as railway bridge, retarding coagulation, and activity, so that plant cells can digest and absorb a large amount of water and nutrients that could not be obtained before. Elements are transported to the fruit location to improve quality and increase efficiency.