In the refractory market, Rongsheng Kiln Refractory Co., Ltd. relies on its technological innovation to launch the latest ultra-high-strength ultra-microporous thermal insulation castable. This product not only performs well in terms of thermal insulation performance, but also has significant advantages in energy conservation and environmental protection.
Ultra-high-strength ultra-microporous thermal insulation castable adopts advanced formula and production technology, which enables it to maintain excellent thermal insulation effect and mechanical strength in high-temperature environments. Its ultra-microporous structure effectively reduces heat conduction while greatly improving the material's wear resistance and compressive strength.
The following are some key technical parameters of this product:
This innovative product of Rongsheng Kiln has excellent performance in energy saving and environmental protection. Its excellent thermal insulation properties significantly reduce heat loss during industrial furnace operation, thereby reducing energy consumption. Compared with traditional refractory materials, the energy efficiency of kilns using ultra-high-strength ultra-microporous insulating castables can be improved by more than 20%.
A large steel plant used Rongsheng Kiln's ultra-high-strength ultra-microporous insulating castables for the first time in its high-temperature kiln renovation project. After the transformation, the operating efficiency of the kiln was significantly improved, saving an average of 5 million yuan in energy costs per year, and the production yield increased by 15%.
Through the above cases and technical analysis, we can see the excellent performance of Rongsheng Kiln’s ultra-high-strength ultra-microporous insulating castables in practical applications. Its thermal insulation and strength properties not only effectively improve the operating efficiency of industrial kilns, but also bring significant economic benefits and environmental protection value to enterprises. This product is undoubtedly a disruptive innovation in the field of refractory materials and deserves the attention and adoption of the majority of industrial users.