What is Zirconium brick?
Zirconium brick:Selection of molten zirconium sand as raw material, using special methods for high temperature sintering. It has good chemical stability, high temperature resistance, acid … Read More
Zirconium brick:Selection of molten zirconium sand as raw material, using special methods for high temperature sintering. It has good chemical stability, high temperature resistance, acid … Read More
High-temperature applications require a special type of building material. For furnaces, kilns and other types of high-temperature facilities, high alumina insulation brick is often used … Read More
Lime kiln, a kind of kiln equipment that firing lime in the high temperature, is used to calcine and resolve limestone into CaO and CO2 … Read More
Refractory Brick is made of multiple aggregates and compound powder granular materials of one kind or multiple adhesive. When using these raw materials, add one … Read More
Running rate of rotary kiln has close relation with the quality of refractory bricklaying. Strictly construct according to the technology requirement for refractory bricklaying. As … Read More
Lightweight Thermal Insulation Refractory Castable is made of refractory lightweight aggregate and powder, binding agent and admixture. Generally, its bulk density is less than 1800kh/m3 … Read More
Silica refractory brick is acid refractory and has good acid slag erosion resistance. Its refractoriness under load is up to 1640~1690℃, apparent initial softening temperature … Read More
Requirements for General Features Unshaped Casting Refractories are the best supplement for shaped refractory materials. Refractory castbale’s construction is more complex than refractory bricks under … Read More
We know that silica refractory bricks are a kind of quality kiln refractory materials for resisting high temperature and chemical erosion with high strength and … Read More
Erosive wear is the main cause for the damage of refractory materials when serving in the high temperature furnace. The degree of wear will be … Read More