| Specification |
Material: Zirconia-Corundum;
Refractoriness (℃): 1770< Refractoriness< 2000;
Shape: Block;
Usage: Steel Smelting;
Zirconium Content: 95%;
|
Refractoriness (℃): 1770< Refractoriness< 2000;
Usage: Aerospace, Ceramic Production, Chemical Industry, Environmental Protection Equipment, Glass Manufacturing, Industrial Kilns, Petroleum Refining, Steel Smelting;
Crystalline Phase: Corundum/Mullite;
Volume Density: 0.4~0.6g/cm3;
Maximum Use Temperature: 1800℃;
Long-Term Use Temperature: 1750℃;
Permanent Linear Change on Heating: ≤±0.5%(1750℃*3h);
|
Refractoriness (℃): 1770< Refractoriness< 2000;
Usage: Aerospace, Ceramic Production, Chemical Industry, Environmental Protection Equipment, Glass Manufacturing, Industrial Kilns, Petroleum Refining, Steel Smelting;
Crystalline Phase: Corundum/Mullite;
Volume Density: 0.4~0.6g/cm3;
Maximum Use Temperature: 1800℃;
Long-Term Use Temperature: 1750℃;
Permanent Linear Change on Heating: ≤±0.5%(1750℃*3h);
|
Refractoriness (℃): 1770< Refractoriness< 2000;
Usage: Aerospace, Ceramic Production, Chemical Industry, Environmental Protection Equipment, Glass Manufacturing, Industrial Kilns, Petroleum Refining, Steel Smelting;
Crystalline Phase: Corundum/Mullite;
Volume Density: 0.4~0.6g/cm3;
Maximum Use Temperature: 1800℃;
Long-Term Use Temperature: 1750℃;
Permanent Linear Change on Heating: ≤±0.5%(1750℃*3h);
|
Refractoriness (℃): 1770< Refractoriness< 2000;
Usage: Aerospace, Ceramic Production, Chemical Industry, Environmental Protection Equipment, Glass Manufacturing, Industrial Kilns, Petroleum Refining, Steel Smelting;
Crystalline Phase: Corundum/Mullite;
Volume Density: 0.4~0.6g/cm3;
Maximum Use Temperature: 1800℃;
Long-Term Use Temperature: 1750℃;
Permanent Linear Change on Heating: ≤±0.5%(1750℃*3h);
|
