Fire brick is a fundamental refractory material used to build structures that must withstand continuous exposure to high temperatures, mechanical load, and chemical attack. Manufactured from high-purity refractory clay, alumina, and selected mineral additives, fire brick provides a durable, long...
Ceramic fiber module is a prefabricated high-temperature insulation unit designed to deliver excellent thermal performance, rapid installation, and long-term durability in industrial furnaces and kilns. Made from high-purity ceramic fiber blanket folded or stacked into dense blocks, the module ...
Zirconia bricks are engineered for the most demanding high-temperature applications where thermal shock resistance, corrosion stability, and structural reliability are essential. Produced from high-purity zirconium dioxide with stabilizers such as magnesia or calcium oxide, zirconia bricks deliver ...
As the global high-temperature industrial sector rapidly transforms towards high-efficiency, energy-saving, and green manufacturing, aluminum bricks, as an important branch of refractory bricks, are gradually becoming a key material of concern for industries such as steel, building materials, non...
The ceramic fiber module has become a core component in today’s high-temperature equipment, offering exceptional insulation performance, fast installation, and long-term stability. Designed from compressed ceramic fiber blanket and specially shaped by folding or stacking, a ceramic fiber module ...
In modern high-temperature industries, the stability and durability of refractory materials directly influence equipment performance, fuel consumption, and production efficiency. Among the most widely used basic refractories, the magnesia brick stands out due to its exceptional resistance to heat, ...
