Is the non-antibiotic feed additive potassium diformate suitable for pig feed non-antibiotic programs?

 Faced with the new situation of "feed against antibiotics", it is believed that when feed companies and farmers formulate corresponding anti-antibiotic settings, they are all aimed at promoting intestinal health, rather than simply replacing antibiotics. Only in this way can we protect the health of the animal's intestinal tract more comprehensively, and promote the growth of feeds. Today, let's talk about whether the non-antibiotic feed additive potassium diformate is suitable for pig feed without resistance program?


Pig feed has no antibiotic solution

1. Detoxification is preferred

Eliminates intestinal bacterial toxins, endotoxins and pathogenic factors; eliminates feed mycotoxins; potassium diformate has inhibitory effects on Salmonella C19-2, C19-12-77 and pig-derived Escherichia coli El and Staphylococcus aureus. Lin Wenshuang’s experiments show that when the potassium diformate is added at 0.1-0.3%, the effective period of feed mildew can be maintained for about two months, and the feed storage period can be extended by 35 days. When the added amount is greater than or equal to 0.6%, the anti-mold effective period of potassium diformate can reach more than three months, and the feed storage period can be extended by 60 days.


2. Intestinal health

After adding 0.6% and 1.2% potassium diformate to the diet of weaned piglets, the number of E. coli in the duodenum, jejunum, colon and rectum decreased. Adding 0.6% potassium diformate can reduce the number of Salmonella in feed and fecal samples, and can reduce the prevalence of Salmonella and E. coli in pig farms. The addition of 1.8% potassium diformate to the diet of weaning piglets reduced the number of E. coli in the stomach by 19.57% and the number of E. coli in the small intestine by 5.26%. Studies have also found that adding 1.2% potassium diformate to piglet feed can increase the number of Lactobacillus in fecal samples and reduce the number of Salmonella. The inhibitory effect of potassium diformate on Escherichia coli is stronger than that of lactic acid bacteria, which is beneficial to the establishment of a healthy microflora of the gastrointestinal tract.


3. Growth performance

Potassium diformate can completely replace antibiotic feed additives at 1.2%, 0.8% and 0.6% in the diet. The effect of adding potassium diformate to different grains and different energy concentration feeds on the growth performance of weaned piglets. Adding potassium diformate can increase daily weight gain and feed intake by 14% and 9%, respectively. Adding potassium diformate to mixed diets of barley, wheat-barley, and wheat-corn can increase feed conversion efficiency by 6%, respectively. 4% and 7%.


Chongqing Chuandong Chemical Group has been committed to producing safe, effective and safe products that can be used by farmers and feed factories. In combination with the country's anti-resistance policy, it has launched a new product, potassium diformate. It is the first non-antibiotic growth promoter approved by the European Union. It is easy to use, pollution-free, and has strong antibacterial properties. It will have a broad market prospect in the future and will also inject new power into the development of animal husbandry.




评论

发表评论

此博客中的热门博文

What role will industrial grade sodium hexametaphosphate manufacturers play in the future coating industry?

图片
The keyword in 2019 is environmental protection and safety. In 2020, environmental protection and safety hurricanes will be more violent. In the manufacturing industry, whether it's packaging, printing, furniture, shipping industry or the phosphate raw material manufacturing enterprises like Chongqing Chuandong Chemical Group that produce  industrial grade sodium hexametaphosphate , it's a good choice to withstand the environmental storm and the obvious environmental protection conditions of the enterprise itself. Take the paint industry for example, the current paint market can be found that although the domestic paint industry has achieved rapid development and formed a certain industry scale, but in the domestic high-end paint market, the domestic paint brands or enterprises are indeed few, and the domestic high-end paint market is still occupied by most of the market share of imported brands. In fact, all industries need to use coatings, and environmental protection coating
阅读全文

What is the use of calcium formate industrial grade in construction? The manufacturer tells you

  With the development of the city's economy, the construction of highways, bridges, tunnels, and civil construction projects will require stricter use of early strength agents. Especially in winter, in order to improve the construction period, the cement mortar needs to be raised as soon as possible and put into use.   Calcium formate industrial grade   is a good early strength agent. Although both calcium formate and calcium chloride are calcium salts, relatively speaking, the performance of calcium formate is more stable. Because the formic acid in calcium formate is a weak acid. The solution will be weakly alkaline during the hydrolysis in the aqueous solution. It can be widely used in mortar. Calcium formate industrial grade is now a newly developed low temperature early strength accelerator in China, which has been widely used in various construction cement mortars. The earliest known and used chlorine salt early strength agent in construction, but the chloride salt early str
阅读全文

The effect of calcium supplement with feed grade calcium formate is good when crops are short of calcium

  Is it true that crops also need calcium supplements? it is true. Crops are plants, like humans and animals, that need rich trace elements to help them grow. When crops are calcium-deficient, plant growth is hindered, and the internodes are shorter, so they are generally shorter than normal plants and have soft tissues. Since calcium has such a big effect, is it good to use   feed grade calcium formate   to supplement calcium? The meristems such as the apical buds, lateral buds, and root tips of crops with calcium-deficient plants first appear nutrient deficiency, which is perishable, the young leaves are curled and deformed, and the leaf edges begin to turn yellow and become necrotic. For example, calcium deficiency can cause leaf scorch disease in cabbage, cabbage and lettuce; tomato, pepper, watermelon, etc. have heart rot; apples have bitter pox and water heart disease. No matter how much is useless, the crops are short of calcium. If we want to achieve the actual effect, what sho
阅读全文