Carborundum (SiC) can be produced through various industrial processes: as an abrasive; through grain bonding to produce extremely hard ceramic plates for bulletproof vests; and… Read More »Carborundum Uses

Silicon carbide grit plays an essential role in high-tech applications ranging from aerospace components to medical devices, providing precision and durability of these advanced technologies.… Read More »The Global Market For Silicon Carbide Grit

Black silicon carbide is made by electrofusing quartz sand and petroleum coke at high temperatures in an electrical resistance furnace. Compared with its green counterpart… Read More »Black Silicon Carbide

Silicon Carbide (SiC) is one of the toughest, lightest, and strongest advanced ceramic materials. With excellent mechanical strength, erosion/abrasion resistance, low thermal expansion coefficient coefficient,… Read More »Silicon Carbide Ceramics

Silicon carbide epi wafers are at the core of power electronics devices that deliver higher power density with reduced energy usage, revolutionizing many sectors such… Read More »Silicon Carbide Epi Wafer – The Key to Power Electronics

Carborundum (silicon carbide) was once a widely-used material in printmaking workshops for graining lithographic stones. Henri Goetz developed Carborundum Printing by adhering powdered carborundum powder… Read More »Carborundum Grit and Carborundum Printing

Silicon carbide ceramic is an ideal material for applications requiring high dimensional stability across changing temperatures, while remaining chemically inert and offering good thermal conductivity.… Read More »Saint-Gobain Silicon Carbide Ceramics

Carborundum is an artificial material with multiple industrial uses, including abrasives, metallurgical processes, jewelry making, leather tanning, rice processing and high temperature electrical electronics. Furthermore,… Read More »What Is Carborundum?