Desc：Sodium hexametaphosphate(SHMP) is a kind of sodium metaphosphate polymer, in the form of transparent glass flakes or white powdery crystals. It has strong hygroscopicity, becomes sticky after absorbing moisture, is easy to deliquesce in the air, and is easy to dissolve in water. The solubility is greater in water, but the dissolution rate is relatively warm. Its aqueous solution is acidic and easily hydrolyzed into phosphite.

Desc：The development of the viscose fiber industry has correspondingly increased the demand for cotton pulp, and the industrial grade sodium hexametaphosphate manufacturer have learned that the current raw materials for cotton linters are in short supply and increasingly inferior.

Desc：The quality of sodium hexametaphosphate is determined according to our own production process. High-quality sodium hexametaphosphate is a white powder crystal, or a colorless transparent glass flake or block solid. Easily soluble in water, insoluble in organic solvents, and the aqueous solution is alkaline. It has strong hygroscopicity. It can gradually absorb moisture when exposed to the air and become a viscous substance. It can form soluble complexes with metal ions such as calcium and magnesium.

Desc：In the process of breeding pigs, broilers, and aquatic products, due to the high breeding density, many farmers are accustomed to adding various antibiotics to their feed in order to reduce the incidence of infection. Potassium diformate has been relatively mature in these breeding industries. The reduction of antibiotic use in place of antibiotics has caused a serious blow to the breeding industry, and the anti-resistance policy will be truly implemented.

Desc：First of all, industrial grade sodium hexametaphosphate can play a role in water softening and dispersion in the chemical industry such as ceramics, industrial water softening, printing and dyeing, and refractory additives. If the quality is not too hard, many downstream products may be affected.

Desc：With the comprehensive "ban on resistance" of feed in the breeding industry in 2020, in order to further improve animal nutrition and health care, adjust feed nutrition design and improve the breeding environment. All feed companies are making great efforts to build "replacement" programs, and reduce the impact of feed "ban on resistance" on the breeding industry. After a year of research and experimentation, potassium diformate is used as an animal feed additive. It has the advantages of safety, ease of use, high efficiency, and economy, and has a promising future in the safety of animal source food.