What is the function of compound nitrophenol sodium?

What is the function of compound nitrophenol sodium? How to use compound nitrophenol sodium? Please also know the netizens to help introduce compound nitrophenol sodium is a powerful cell activator, after contact with plants can quickly infiltrate into the plant body, promote the flow of cell protoplasm, improve the efficacy of cell vitality; however, some netizens do not know much about compound nitrophenol sodium, so the farming network sorted out the function and usage of compound nitrophenol sodium, which are listed in detail below for netizens' reference. Classification of compound nitrophenol sodium 1. O-nitrophenol sodium: the general pure product is red needle-like crystal, which is easily soluble in water. 2. Sodium p-nitrophenol: the general pure product is tasteless yellow leaf-shaped crystal, the melting point is free acid state at 113-114 degrees, and it is soluble in water only in free acid state; it is soluble in acetone, ether, ethanol, chloroform and other organic solvents. 3. 5-nitroo-methoxyphenol sodium: the pure product is a tasteless orange flake crystal with a melting point of 105-106 degrees and dissolves in water only in the free acid state; soluble in acetone, ether, ethanol, chloroform and other organic solvents. The function of compound nitrophenol sodium: compound nitrophenol sodium is the plant cell resuscitation agent of mononitrifying guaiacol sodium salt; compound nitrophenol sodium can quickly penetrate into the plant body and promote the protoplast flow of cells. it can promote the development stages of plant hair root, growth, reproduction and fruit in varying degrees. Functional characteristics of compound nitrophenol sodium: first, compound nitrophenol sodium can be widely used in food crops, cotton crops, oil crops, melons, fruits and vegetables and other crops as well as animal husbandry and fishery. For plants, it can be applied at any time from sowing to harvest. Second, adding only a little compound nitrophenol sodium to pesticides and fertilizers can increase the efficiency of medicine (fertilizer) by more than 40%, reduce the amount of pesticides and fertilizers by 20%, and make the effect of fertilizer (medicine) more magical. Third, after the application of compound nitrophenol sodium, grain fullness and 1000-grain weight of food crops were increased; leaves of vegetable crops were thick and green; eggplant fruit crops had full pulp, high nutrient content and good taste. Sodium nitrophenol can promote the flow of cell protoplasm, improve cell vitality, accelerate plant growth and development, enhance detoxification function, improve crop disease resistance, resistance to deterioration, cold resistance, drought resistance, saline-alkali resistance, lodging resistance and other stress resistance. After being absorbed by plants, compound nitrophenol sodium can regulate the balance of endogenous hormones such as gibberellin, cytokinin, auxin, abscisic acid and ethylene, promote the metabolic process of disease resistance in plants, and improve the activity of defense enzymes. Enhance resistance. Usage of compound nitrophenol sodium: 1. Use of rice: 1.8% compound nitrophenol sodium water agent can be used to soak seeds for 36 hours for 72 hours before sowing, or 6000 times concentration of compound nitrophenol sodium can be sprayed 5-7 days before transplanting. Compound nitrophenol sodium 1000-2000 times compound nitrophenol sodium solution can also be sprayed once at young panicle formation stage and full heading stage, at flowering stage and before and after flowering. 2. The use of wheat: soaking seeds with 1.8% sodium nitrophenol water agent for 12 hours before sowing wheat seeds, and spraying 3000 times of compound nitrophenol sodium water agent at the time of young spike formation and spike emergence for foliar spraying. 3. The use of fruit trees: after the fruit trees sprouted, from 20 days before flowering to the eve of flowering and after fruiting, 1.8% compound nitrophenol sodium was sprayed with 5000-6000 times water solution for 1 to 2 times respectively. This concentration can be used on grapes, plums, persimmons, plums and papayas, and 2000 times for pears, peaches, oranges, oranges, litchi and other varieties. In addition, compound nitrophenol sodium can also be used as a synergist of foliar fertilizer: 1. Compound nitrophenol sodium can increase the permeability of foliar wax layer, improve the permeability of nutrient elements and fertilizer utilization efficiency of foliar fertilization. 2. Compound nitrophenol sodium can increase the respiration of leaves, enlarge stomata, make nutrients enter stomata more and faster, and improve fertilizer efficiency. 3. Compound sodium nitrophenol can promote plant leaves to turn green, bigger and thicker, and increase the contact surface of leaves to nutrient elements. the larger the contact surface is, the higher the absorption rate of nutrient elements is. 4. Compound sodium nitrophenol can increase the penetration, adhesion and exertion of fertilizer, break the limitation of plant itself, and enhance the ability of fertilizer to enter into plant. Points for attention in the use of compound nitrophenol sodium: first, when the concentration of compound nitrophenol sodium is too high, it will inhibit crop sprouts and growth. Note that the compound nitrophenol sodium water agent of 1.8% can be used on tomatoes for 2 times at most, and the safe interval is 7 days. What is the role of sodium naphthalene acetate in dilatation