Our alumina-zirconia mullite bricks combine the thermal stability of mullite with the exceptional corrosion resistance of zirconia. This unique composition provides superior thermal shock resistance, higher operating temperatures up to 1800°C, and excellent chemical stability compared to traditional alumina or silica-based refractories. The zirconia content significantly enhances resistance to alkali and glass corrosion.

Our mullite-zirconia bricks exhibit exceptional thermal shock resistance due to their controlled thermal expansion characteristics and optimised microstructure. The mullite phase provides dimensional stability whilst the zirconia component enhances crack resistance. This makes them ideal for applications involving frequent heating and cooling cycles, such as glass furnace campaigns and steel processing operations.

Every batch undergoes comprehensive testing including chemical analysis, physical property verification, and thermal performance evaluation. Our ISO 9001:2015 certified quality management system ensures compliance with ASTM, JIS, and DIN international standards. Advanced testing equipment validates bulk density, porosity, compressive strength, and thermal properties before shipment.

Yes, we offer extensive customisation options including modified chemical compositions, specialised shapes, and tailored dimensions. Our technical team works closely with clients to optimise brick specifications for specific operating conditions, temperature requirements, and chemical environments. Custom formulations can be developed for unique industrial applications.

Service life varies depending on operating conditions, but our alumina-zirconia mullite bricks typically demonstrate 20-30% longer service life compared to conventional refractories in glass furnace applications. In steel industry applications, they often exceed 12-18 months of continuous operation. The exceptional thermal stability and corrosion resistance contribute to extended campaign life and reduced maintenance costs.