Since the moisture content of newly harvested grains is generally about 20%-30%, in order to prevent mold during long-term storage, the drying method of manual drying has been used in the past to reduce its moisture content to less than 12%-14% of the safe moisture. However, manual drying requires heavy manual labor and is subject to weather and venue constraints. Drying methods require a lot of energy and are difficult to promote and apply in the context of energy shortages in today's world. There are also the use of radiation, ultraviolet sterilization and other methods, due to its high cost and other reasons, it is still difficult to use a large amount of grain grain anti-mildew preservation. Therefore, the use of chemical anti-mildew preservatives to prevent mold and preserve grains with high water content has become a new technology that industrially developed countries are competing to develop. Sodium diacetate is an excellent anti-mildew preservative for grains, which directly sprays grains containing high moisture, rice, wheat, corn, peanuts and other grains, which can extend the storage period by about 4 months.
Sodium diacetate and its compound crops as a chemical antifungal agent for feed, is also an efficient, safe and low-cost anti-mildew preservative, suitable for all plant mixed feed and its raw materials anti-mildew preservation, especially silage preservation. Silage is a succulent feed preserved in an anaerobic state using fermentation, only in the absence of oxygen conditions can continue to remain unchanged, if in contact with the air, it will soon be infected with mold and bacteria, these bacteria can cause rapid deterioration of silage after mixing. Sodium diacetate and its compound can effectively inhibit the mildew of the feed, prolong the shelf life, and significantly enhance the palatability of the livestock to the feed and improve the utilization rate of crude protein in the feed. The addition of sodium diacetate to the silage can effectively inhibit the growth of mold and ensure the stable quality of the silage. The addition of 0.1%-1.5% sodium diacetate to the usual silage can effectively inhibit feed mildew and extend the storage period of silage by more than 3 months. The addition of 0.2%-0.4% sodium diacetate to the silage can effectively inhibit the mold of the feed and extend the storage period by more than 3 weeks when the pH of the silage is 4.08.
Huarui Animal Husbandry Sodium Diacetate is stable, non-toxic side effects, no residue. The final product of the metabolism of sodium diacetate in animals is carbon dioxide and water, so it does not have any toxic side effects or residues. Sodium diacetate can promote nutrient absorption in feed and improve nutritional value. The addition of 0.1%-0.15% sodium diacetate and silage to raise dairy cows can increase their feed intake by 10%-20%, milk production by 13%-20%, and milk fat rate by 0.2%.