What is the manufacturing process of calcium silicate board?

What is the insulation effect of aluminum foil rock wool blanket in industrial buildings? The insulation effect of aluminum foil rock wool blanket in industrial buildings is very excellent, and it is one of the widely used high-efficiency insulation materials in the current industrial and construction fields. As a professional manufacturer of Rosewool Insulation Refractory Co.,Ltd, we have more than 40 years of experience in researching and producing rock wool blankets. The current industrial building aluminum foil rock wool blankets achieve excellent insulation and energy-saving effects through the dual mechanism of "reflective insulation+fiber insulation", especially suitable for industrial scenes that require temperature control, moisture resistance, and cleanliness. Its comprehensive performance far exceeds traditional insulation materials, making it an ideal choice that balances energy efficiency, safety, and economy.

Recently, Rosewool Insulation Refractory Co.,Ltd received heavy good news - the company stood out in the fierce market competition with its excellent product quality, leading technical strength, and perfect service system, and successfully won the bid for the polycrystalline blanket project. This achievement is not only a high recognition of the company's comprehensive strength by customers, but also a powerful witness to Rosetexwool's continued deep cultivation in the field of insulation and refractory materials. It has also laid a solid foundation for the company to expand the application market of polycrystalline blankets. ​

What is the difference between ceramic fiber blanket plus blanket and international Morgan blanket? Rosetexwool's ceramic fiber blanket PLUS blanket refers to various insulation and refractory products with high temperature resistance, low thermal conductivity, lightweight, thermal shock resistance, sound absorption and other characteristics made from hard clay clinker, coke gemstone, alumina silica powder and other raw materials, melted in a high-temperature resistance furnace (above 1600 ℃), blown/spun into fiber cotton, and processed through different processes (needle punching, heat setting, cross cutting, rolling, etc.). Its core is to utilize the microstructure of ceramic fibers (fibers interwoven to form a porous and loose structure) to achieve efficient insulation, better thermal insulation, and more stable structure under high temperature environments, widely applicable to industrial high temperature working conditions and fire protection scenarios.