Product Details
Product Introduction
Our fused AZS bricks are designed for a variety of high temperature applications, providing excellent heat resistance and outstanding durability. With an aluminum content ranging from 65% to 75%, they are particularly suitable for critical environments such as industrial furnaces, glass melting and ceramic kilns. The bricks show excellent thermal shock resistance and can withstand harsh chemical corrosion, making them popular among customers in the metal, glass and chemical industries. We use advanced production processes to ensure consistent and reliable product quality.
Advantages and features
1. High Aluminum Content: Our corundum mullite bricks have an aluminum content between 65% and 75%, providing excellent thermal stability and corrosion resistance in extreme environments.
2. Thermal shock resistance: Designed to withstand rapid temperature changes, ensuring stability and integrity in high-performance environments.
3. Widely applicable: Very suitable for various industries such as steel, ceramics and chemical processing to efficiently meet the needs of different furnace types.
4. Energy Efficiency: These bricks help reduce heat loss and energy consumption, lowering operating costs and improving production efficiency.
5. Proven Quality: Manufactured with advanced technology to ensure product consistency and long life, backed by multiple successful cases.
Application Scenario
1. Steel industry: ideal for blast furnaces, converter linings and steel heating furnaces, where high temperature and durability are key.
2. Glass industry: Used in glass melting furnaces to resist corrosion from molten glass and ensure thermal stability during the production process.
3. Ceramic industry: It is crucial in ceramic kilns to provide reliable performance and maintain product quality during high temperature firing.
4. Chemical industry: suitable for reactors and high-temperature equipment, requiring high chemical corrosion resistance and stability to temperature fluctuations.
5. Power generation industry: Effectively applied to furnace lining and heat recovery systems in power plants to improve overall efficiency.
