Silicon Carbide (SiC) is produced through the carbothermal reduction of silica sand and carbon in electric resistance furnaces above 2000°C, forming a crystalline compound of silicon and carbon. This process results in a material with superior hardness, thermal shock resistance, and abrasion resistance. In abrasives, it excels in grinding, polishing, and shaping metals, ceramics, and composites. In refractories, it is widely used for kiln furniture, crucibles, and linings due to its thermal conductivity and chemical corrosion resistance.
Sizing
At Naretra, we specialize in offering standard and customized sizes and grades to meet your needs. Contact us to request your specific size.
Copyright © 2024, Naretra Investment AG

Silicon Carbide (SiC) is produced through the carbothermal reduction of silica sand and carbon in electric resistance furnaces above 2000°C, forming a crystalline compound of silicon and carbon. This process results in a material with superior hardness, thermal shock resistance, and abrasion resistance. In abrasives, it excels in grinding, polishing, and shaping metals, ceramics, and composites. In refractories, it is widely used for kiln furniture, crucibles, and linings due to its thermal conductivity and chemical corrosion resistance.
At Naretra, we specialize in offering standard and customized sizes and grades to meet your needs. Contact us to request your specific size.
Copyright © 2024, Naretra Investment AG