Why use sodium humate in livestock breeding
Sodium humate contains 75% humic acid, 5% crude protein, 0.01% methionine, 0.03% tryptophan, iron 3980 mg/kg, zinc 197 mg/kg, copper 32 mg/kg, manganese 30 mg/kg, Black powder, easily soluble in water, with stable physical and chemical properties. Sodium humate is a refined product of sodium humate, which can be used in feed additives, water purification agents, industrial adhesives and medical fields.
Compared with ordinary sodium humate, the sodium humate produced by us has higher humic acid content, better water solubility and application value.
In recent years, with the in-depth research and application practice summary of sodium humate, the positive effect of sodium humate in livestock breeding is also getting more and more attention.
According to professional laboratory tests, sodium humate contains a variety of phenolic hydroxyl groups and quinone groups and other active factors, which can actively participate in biochemical reactions in the body, enhance the activity of enzymes in animals, and have sterilization and antibacterial effects. Sexual substances and toxic heavy metal substances also have a strong adsorption effect.
Scientific experiments show that:
In pig breeding, after sodium humate for feed additives in poultry is eaten by sows, it can improve the antibacterial ability of breast milk and enhance the immunity of breast milk, so it can increase the survival rate of piglets and reduce the rate of piglet diarrhea.
The piglet directly taking sodium humate also has the functions of improving feed utilization, promoting development, preventing diarrhea, and eliminating stress. It is administered with 3%-5% susceptibility aqueous solution, 10-15 ml per piglet each time, 1-2 times a day for 3-5 days. It has a good effect on piglet yellow, white scour, and enteritis.
Captive-fed dairy cows add 0.2% sodium humate to the daily feed, which can regulate the digestive function of dairy cows, promote metabolism, and improve the utilization of feed nutrients. Moreover, sodium humate contains a variety of trace elements and amino acids, and supplements nutrients. By enhancing the milk cow’s lactation and milk quality, the milk production and quality can be improved.
The higher molecular voids of sodium humate have adsorption capacity, which can absorb harmful gases such as ammonia and hydrogen sulfide in the intestines and feces of animals, significantly reduce the odor of livestock manure, purify the air in the livestock house, and improve the performance of the livestock house. The environment is conducive to the production of livestock and the growth and development of offspring.
Because sodium humate 85 has hormone-promoting effects and can inhibit the activity of hyaluronidase, it can reduce inflammation and exudate in veterinary clinics and has anti-inflammatory effects. The molecular structure of sodium humate also determines that it is both an oxidant and a reducing agent. It can separate nascent oxygen from the two, increase intracellular respiration, promote cell metabolism, and benefit the survival of interecological cells and the proliferation of granulation. , So that the infection can be effectively controlled. At the same time, sodium humate can quickly form a protective film on the surface of the wound and constrict the tiny blood vessels to stop bleeding.
Based on the various practical values of the above sodium humate, sodium humate, as a feed additive gradually promoted in livestock breeding, has become the preferred additive for the production of green feed and green livestock and poultry products.
Use of sodium humate:
(1) Add 0.2% to 0.5% of sodium humate per ton of broiler chickens, add 0.2% to 0.5% per ton of laying hens, 0.2% per ton of feed for meat ducks, and 0.2% per ton of feed for laying ducks The amount is 0.2% per ton of feed for fattening pigs and 0.1% per ton of feed for dairy cows.
(2). In aquaculture, sodium humate feed additives is generally dissolved in water in advance and then sprinkled in the fish pond. The amount of sodium humate should be controlled within the range of 0.0001~0.001%, that is, 1~10mg/per liter of water (1~10g/ Cubic meter), adding too much can inhibit the growth of fish and even cause poisoning.