AZS ( electrofused zirconia corundum brick) is made from high-quality raw materials and has a unique production process that makes it resistant to corrosion and high temperatures. This refractory product has been widely used in glass melting furnaces, steel ladles, and other high-temperature industrial kilns.
AZS has many advantages such as high-temperature resistance, excellent wear resistance, and chemical stability. It has outstanding corrosion resistance to molten glass and other high-temperature substances. The product's performance is superior to other refractory materials, which makes it an ideal choice for industrial kilns.
AZS has already proven its worth in various industries and applications. The product has successfully solved the problem of glass furnace corrosion and reduced the production cost of glass manufacturers. Moreover, it has also improved the efficiency of steel mills' production process and extended the service life of kiln linings.
The manufacturing process of AZS is environmentally friendly and energy-saving. It is entirely made of natural materials and doesn't contain any harmful substances, which meets the environmental protection requirements. Additionally, it takes minimal energy to produce compared to other refractory products.
As a leading refractory supplier, our company has always put quality first and researched new technologies to improve our products' performance. Our AZS has been widely recognized by customers for its excellent quality, reasonable price, and excellent after-sales service. We will continue to work hard to provide our customers with the best refractory solutions and contribute to the development of our industry.
In conclusion, AZS has many advantages and has been widely used in various high-temperature industrial kilns. It has excellent performance, is environmentally friendly, and cost-effective. The future of this refractory product is bright, and we believe it will continue to bring benefits to various industries and applications.
AZS: An Important Component Of High-end Refractory Materials
Oct 18, 2023