Product Introduction Siliceous clay bricks for cement kilns are high-quality refractory materials. They possess excellent resistance to high temperatures, thermal shock, and ch ...
Read moreProduct Introduction High alumina bricks designed for cement kilns are manufactured with high-quality raw materials. The bricks have a dense structure, which endows them with ...
Read moreProduct Introduction Refractory materials are important materials that are indispensable to ensure the stable operation of cement kilns. As the “heart” of cement k ...
Read moreProduct Introduction Fireclay bricks for ladles are made from selected fireclay. They have a certain degree of plasticity and can be easily molded into various shapes and sizes ...
Read moreProduct Introduction High alumina bricks for ladles are crafted from top-grade alumina materials. Through precise processing and high-temperature firing, they possess a dense ...
Read moreProduct introduction: High alumina brick is a neutral refractory material with an alumina content of more than 48%. It is formed and calcined from bauxite or other raw material ...
Read moreMaterials for tundish Insulation layer: asbestos board, isolation brick, low dense castable Permanent layer: Castable, high alumina & mullite castable Working layer: clay b ...
Read more1. Clay brick & Dense clay brick 2. High alumina brick (Third class, 55% AL2O3) 3. Aluminum silicon carbide carbon brick, aluminum silicon carbide castable & aluminum s ...
Read moreMain refractory materials of Steel Ladle Clay brick High alumina brick (48%) Refractory Ramming Material 1. Closing ring 2. Slag line 3. Walls 4. Bottom 5. Safety lining 6. ...
Read moreBottom pouring bricks runner bricks are hollow refractory bricks that are built in the groove of the bottom plate for ingot casting and connect the sub-steel bricks and steel i ...
Read moreFused magnesia and flake graphite are the main raw materials for these bricks, this series of products is produced by pressing and low temperature sintering. These bricks are m ...
Read more