Aluminum plays a crucial role in shaping the properties of refractory bricks, enhancing their durability and performance in high-temperature and demanding environments. By incorporating aluminum compounds, primarily alumina (Al2O3), into the composition of refractory bricks, their refractoriness, or resistance to extreme heat, is significantly improved.
These aluminum-enriched refractory bricks exhibit exceptional resistance to chemical corrosion, making them essential for applications in industries such as metallurgy, ceramics, and petrochemicals.
Our process for crafting shapes of refractory bricks involves a meticulous sequence of steps to ensure the exceptional quality and performance of the final products. Commencing with the precise selection and blending of raw materials, including alumina, clay, silica, and supplementary additives, we achieve a uniform composition tailored to the desired attributes of the refractory bricks.
The meticulously crafted mixture is then shaped into forms through various methods such as pressing, extrusion, or casting, each chosen based on the complexity of the required shape. Following shaping, a controlled drying phase expels residual moisture from the forms, preventing potential deformation during subsequent stages.
- Straight bricks
- Arch bricks
- Wedge bricks
- Key bricks
- Specialty bricks
- Consumer products
- Packaging
- Electrical industry
- Transportation