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E-mail:sale@kscera.com

Advanced Refractory MaterialsDepartment

Advanced refractory materials division serves in the iron and steel metallurgy, ceramics, chemical, mineral, energy and other industries, and mainly provides 90 - 99% corundum material, corundum mullite materials and silicon carbide materials.

Laboratory Porcelain

Technical parameters: Content:Al2O3;SiO2Density:N/A
Compressive strength:N/ABending strength:N/A
Thermal shock resistance :N/AMax serve temp:1200℃

Graphite

Technical parameters: Content:99.99%CDensity:1.85g/cm3
Compressive strength:90MPaBending strength:40MPa
Thermal shock resistance :N/AMax serve temp:N/A

Mullite

Technical parameters: Content:3Al2O3・2SiO2Density:3.20g/cm3
Compressive strength:N/ABending strength:280MPa
Thermal shock resistance :N/AMax serve temp:1800℃

Cordierite

Technical parameters: Content:2MgO・2Al2O3・5SiO2Density:2.5g/cm3
Compressive strength:N/ABending strength:200MPa
Thermal shock resistance :N/AMax serve temp:1350℃

Cupel

Technical parameters: Content:N/ADensity:N/A
Compressive strength:N/ABending strength:N/A
Thermal shock resistance :N/AMax serve temp:N/A

Ceramic Honeycomb

Technical parameters: Content:N/ADensity:N/A
Compressive strength:N/ABending strength:N/A
Thermal shock resistance :N/AMax serve temp:N/A

Ceramic Foam

Technical parameters: Content:N/ADensity:N/A
Compressive strength:N/ABending strength:N/A
Thermal shock resistance :N/AMax serve temp:N/A

Ceramic Fiber

Technical parameters: Content:N/ADensity:N/A
Compressive strength:N/ABending strength:N/A
Thermal shock resistance :N/AMax serve temp:N/A
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