This product is a sillimanite refractory brick with high thermal shock stability, designed specifically for ceramic kilns and various high-temperature industrial equipment. Made from high-quality sillimanite mineral, it is calcined at high temperatures to form a mullite and free silica structure, enabling a refractory temperature range of 1770-1830°C. This unique mullite structure imparts excellent thermal shock stability and extremely low thermal expansion, effectively reducing the risk of high-temperature cracking and significantly extending equipment life. Furthermore, the refractory brick exhibits excellent corrosion resistance, resisting erosion by metallurgical slag and various types of molten glass, and adapting to harsh, high-temperature environments. We specialize in the research and development and production of high-performance refractory materials, committed to providing stable and efficient thermal solutions to customers worldwide. We also offer comprehensive international trade and after-sales service to safeguard customer interests and satisfaction.
1. High refractory temperature, reaching 1770-1830°C, meeting the needs of high-temperature industries. 2. Excellent thermal shock resistance and extremely low thermal expansion reduce the risk of cracking during equipment operation. 3. Excellent corrosion resistance, effectively resisting corrosion from various metallurgical slags and molten glass. 4. Made from high-quality sillimanite mineral raw materials and calcined through a rigorous process, ensuring stable and reliable product quality. 5. Suitable for a variety of high-temperature industrial equipment, such as ceramic kilns, glass furnaces, and blast furnace linings. 6. Supporting international trade and providing responsive after-sales service to ensure customer satisfaction.
This product is widely used in ceramic kilns, glass melting furnaces, high-temperature metallurgical furnace linings, and other high-temperature industrial equipment. It is suitable for ceramic manufacturers, glass processing plants, and customers in the steel and metallurgical industries. It is particularly suitable for working environments with high requirements for the thermal shock resistance and service life of refractory materials.
