Product Details
Product Introduction
Fused-cast mullite bricks are made from high-quality bauxite raw materials through advanced casting processes. These bricks have excellent thermal shock resistance and can cope with drastic temperature changes in the environment. Excellent wear resistance makes them very suitable for high-wear applications such as smelting furnaces and metallurgical furnaces. In addition, their low thermal expansion rate ensures excellent structural stability and enhances the overall durability of the brick. Fused-cast mullite bricks also exhibit excellent permeability and resistance to chemical corrosion, ensuring long-term reliability in high-temperature environments. The product is widely used in slideway bricks and other key furnace elements of pusher heating furnaces, and performs well under extremely demanding conditions.
Advantages and features
1. Excellent thermal shock resistance, ensuring stable performance and the ability to quickly respond to temperature changes without compromising structural integrity.
2. Excellent wear resistance tailored for high wear applications, providing extended service life in critical industrial settings.
3. Excellent chemical corrosion resistance improves durability and is particularly suitable for environments with severe chemical exposure.
4. Low thermal expansion ensures dimensional stability, minimizes the risk of cracking and extends the service life of the furnace lining.
5. A record of successful installations in industrial applications around the world, solidifying our reputation as a leader in high performance refractories.
Application Scenario
1. Widely used in smelting furnaces in the steel industry, which have extremely high requirements for wear resistance and chemical resistance.
2. Used in cement manufacturing processes, especially in kilns that reach very high temperatures and require durable materials.
3. Suitable for non-ferrous metallurgical operations, ensuring continuous performance even under severe operating pressures.
4. Applications in the glass industry, including areas exposed to molten glass, where material integrity is critical.
5. Used in chemical processing environments that require high temperature tolerance and low chemical reactivity.
