Sintered Silicon Carbide Kiln Plate And Sitter

With the smooth appearance, good thermal conductivity and high thermal vibration stability, the silicon carbide plate can work under high heat with no deformation, no softening and no loose expansion during long-term use under high temperature, and can maintain its inherent high thermal conductivity. It, as the flame-block, may increase the furnace temperature so as to save more energy and increase production. It was widely adopted in the firing of sanitary ceramics, daily ceramics, artistic ceramics, magnetic ceramics and electric ceramics produced by tunnel kiln and shuttle kiln, etc. Oustek’s silicon carbide batt adapts isostatic pressing, net size sintering and mechanical finishing technique, it produces batts with density up to 3.1kg/m³. Adopts silicon carbide for high-quality refractories with purity up to 98.5%, so the maximum working temperature reaches up to 1380 ℃ (2500 ℉). Continuous working time reaches up to 9000 hours. Application For the lining of blast furnace lining, alumina electrolyzer, non-ferrous metal smelting, glass tank, structural ceramics, sanitary ceramics, household ceramics, electrical ceramics, fire resistance, powder metal sintering, and other industries. Features High strength, high hardness, wear resistance, density up to 3.1kg / m3. High attenuation performance, low thermal expansion, high thermal shock resistance, high temperature creep resistance. Chemical stability, corrosion resistance, especially hydrofluoric acid resistance. High-temperature resistance, maximum operating temperature up to 1380 ℃ (2500 ℉). Excellent thermal conductivity can save energy and reduce energy costs Long service life and reduce overall investment cost