Development Trend of Sodium Hexametaphosphate in Refractory Industry in the Future

 In the past, refractory materials were expensive and the utilization rate of refractory raw materials was low. Unreasonable disposal of refractory materials after use also caused environmental pollution. However, people are paying more and more attention to environmental protection and safety. The types of refractory materials will also affect the energy consumption and product quality.

In order to meet the technical progress of high-temperature industry and realize the green development goals of high efficiency, low consumption and emission reduction, sodium hexametaphosphate manufacturers believe that in the future lightweight refractory materials will improve the energy efficiency of high-temperature industry, reduce the load of supporting materials, and increase the production efficiency of high-temperature industry with long life and reduction of refractory materials.

Reasonable use of waste refractory powder ore and low-grade ore to produce different types and grades of refractory materials, reduce the national mineral resources and energy consumption, reduce the occupation of arable land and environmental pollution, and reduce the production cost of refractory materials.

Sodium hexametaphosphate is an important raw material in fine phosphorus chemical products and has a wide range of uses. Some industrial water softeners such as boilers are also important detergent additives. Here, the sodium hexametaphosphate manufacturers want to tell you that sodium hexametaphosphate is also an important refractory additive, which can not only solve the burning temperature problem, but also play a high-quality role in energy saving and consumption reduction for enterprises.

As inorganic salt refractory additive, sodium hexametaphosphate manufacturers need to strictly check the chain length of sodium hexametaphosphate, a water reducing agent. In the development of amorphous refractory materials, sodium hexametaphosphate chain length plays an important role. However, sodium hexametaphosphate, due to its good dispersibility and good wettability, can make maximum contact with the surface of granular and powdery materials.

Manufacturers of sodium hexametaphosphate believe that reduction, light weight, function expansion and intelligence are the new development directions of refractory materials.