Desc：Chemical formula of sodium hexametaphosphate: Na6P6O18. It is a polar inorganic compound, soluble in water, with a relative density of 2.484 and a melting point of 616 ℃ (decomposition). The solubility in water is large, but slow.

Desc：Speaking of sodium hexametaphosphate, we believe everyone is familiar with it. It will be found in many food additives. However, the technical grade sodium hexametaphosphate manufacturers here should remind everyone that the sodium hexametaphosphate in food and beverages is food-grade and must be added in accordance with the national food additive requirements. And manufacturers that produce food grade sodium hexametaphosphate must also have relevant production licenses.

Desc：Mechanical oil used in metal processing. If oil stains adhere to the surface of metal parts, they will affect the coating and assembly of subsequent parts, and the oil stains on the parts will cause the entire production environment to be unable to maintain cleanliness. Therefore, the surface dirt in each process needs to be promptly cleaned with industrial cleaning agents, and sodium tripolyphosphate is one of the auxiliary industrial cleaning agents.

Desc：Sodium hexametaphosphate is widely used in industry, including cleaning agents, refractory materials, mineral processing, ceramics, and industrial water treatment. In most of these industries, when applying sodium hexametaphosphate, it needs to be dissolved before being added. As the manufacturer of sodium hexametaphosphate, it is often asked how much water is needed to dissolve sodium hexametaphosphate?

Desc：Detergent aids are commonly used in various cleaning products, whether they are household washing products or industrial washing products. Adding detergent additives can improve the ability of various components in the detergent to penetrate clothing fibers, as well as further clean other surfaces and materials. Sodium tripolyphosphate is an additive with this excellent performance.

Desc：At present, the dyeing process of polyester fabrics in the printing and dyeing industry still uses the traditional acid dye bath condition dyeing method. By adopting this method, the disadvantages of poor quality, low output and high production cost exist in the production process, and it is increasingly unsuitable for production needs, especially for dyeing polyester fabrics after alkaline processing. The existence of these problems lies in the lack of alkaline dyeing auxiliaries, while sodium hexametaphosphate technical grade is a more widely used dyeing auxiliaries in phosphate products.