The TY-M fused-cast α-β alumina brick uses over 94% high-purity alumina as its core raw material and is refined using a high-temperature electric furnace melting and casting process up to 2000°C to form a dense and uniform α-β corundum crystal structure. This structure gives the bricks exceptional resistance to strong alkali corrosion and excellent high-temperature performance, making them suitable for harsh operating conditions below 1350°C. The product does not contain impurities such as Fe2O3 and TiO2 that can easily cause bubbles, greatly reducing the risk of bubbles forming during contact with molten glass, effectively ensuring the purity and quality of glass products. TY-M bricks are designed specifically for high-temperature working tanks, channels, and furnace roofs in the glass industry. They are wear-resistant and corrosion-resistant, extending the service life of equipment. Their high purity and low impurity characteristics provide stable and reliable material support for international glass manufacturing customers, making them an ideal choice for improving production efficiency and product quality.
1. High-purity alumina raw materials with a purity exceeding 94% ensure stable product performance. 2. Utilizing a 2000°C high-temperature melting and casting process, a dense, corrosion-resistant α-β corundum structure is formed. 3. Free of impurities such as Fe2O3 and TiO2, this effectively prevents bubbles and enhances glass purity. 4. Excellent resistance to strong alkali corrosion and high temperatures, suitable for operating conditions below 1350°C. 5. Low bubble rate ensures high-quality glass products and extends equipment life. 6. Professionally designed for critical areas such as high-temperature working tanks, channels, and furnace roofs in the glass industry. 7. Exceptional wear resistance meets the demands of long-term, high-load operation.
Widely used in key refractory components such as high-temperature melting tanks, working tanks, channels, and furnace roofs in the glass manufacturing industry, it is suitable for manufacturers requiring high-alkaline corrosion resistance, high-temperature, and low-bubble glass quality assurance. It is particularly suitable for international and domestic glass industry customers, improving melting process stability and product surface quality. It is suitable for the production of float glass, optical glass, automotive glass, and other high-end glass products.
