The non-antibiotic growth promoter potassium diformate helps the pig industry return to its essence
In the past August, the overall supply of the pig market exceeded demand. After entering September, with the approach of Mid-Autumn Festival and National Day, market demand may be raised again. The high profitability of the pig industry will not last, and the future development of the industry still needs to return to the essence of pig raising. The non-antibiotic growth-promoting agent potassium diformate helps return to the essence of breeding, and helps control the cost and quality of the pig industry.
Biosecurity has become the access condition of today's pig industry. Potassium diformate allows the pig industry to return to its essence with the following functions and functions:
(1) Adjust the palatability of feed and increase animal feed intake.
(2) Improve the environment of the animal's digestive tract and lower the pH of the stomach and small intestine.
(3) It has anti-bacterial and growth-promoting effects. The addition of potassium diformate can significantly reduce the content of anaerobic bacteria, Lactobacillus, Escherichia coli and Salmonella in each segment of the digestive tract. Improve the resistance of animals to diseases and reduce the number of deaths caused by bacterial infections.
(4) Improve the digestibility and absorption rate of nutrients such as nitrogen and phosphorus.
(5) It can significantly improve the daily gain and feed conversion rate of pigs.
(6) Prevent and treat sub-pig diarrhea.
(7) Improve sow milk production and reduce stress.
(8) Effectively inhibit harmful components such as mold in the feed, ensure the quality of the feed, and improve the shelf life of the feed.
The high profitability of the pig industry also requires green feed additives such as potassium diformate that have no toxic side effects, no residues, and no drug resistance, which can promote animal growth and effectively improve animal production performance. It can improve feed utilization and product quality, and has high breeding efficiency.