Silicon Carbide (SiC) is generated through the reaction of quartz sand and a carbon carrier within an electric resistance furnace. The CF10 variant is meticulously chosen for its compact crystal structure, located near the core of the SiC roll. Following thorough acid treatment and water washing post-crushing, the grains undergo a significant reduction in free carbon and iron content, resulting in the creation of a lustrously pure crystal. CF10 exhibits blocky grain shapes with exceptionally sharp cutting edges, making it suitable for applications in cutoff wheels, grinding wheels, and abrasive stones for processing plastic, stone, ceramic, glass, and nonferrous metals. Chemical composition (Grit 46): The particle size distribution ranges from F8 to F1200, following the FEPA standard 42 and GB/T 2481. Additionally, options for compliance with JIS standard or ANSI standard, as well as meeting specific customer requirements, are also available.

The production of Green SiC involves the reaction of quartz sand and a carbon carrier with additive salts in an electric resistance furnace. The GCF10 variant is meticulously chosen for its dense crystal structure, located near the core of the SiC roll. Following a thorough acid treatment and water washing post-crushing, the grains undergo reduction in free carbon and iron content, resulting in a brilliantly pure green crystal color. GCF10 possesses blocky grain shapes with exceptionally sharp cutting edges, making it suitable for applications in grinding wheels and honing stones for processing plastic, stone, ceramic, glass, and nonferrous metals.