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When selecting a silicon carbide abrasive wheel, various factors must be taken into account, including material type, grit size and severity of grinding. Grain types that can be used include ceramic alumina, zirconia alumina, green silicon carbide and aluminum oxide. Each offers distinct performance characteristics: Alumina is suitable for steel and iron applications while green […]

Nitride-bonded silicon carbide material boasts high inherent strength and resistance to creep and oxidation at elevated temperatures, making it easy to form near net shapes for applications such as cyclone liners in mineral processing plants or coal plants. At higher temperatures, it has exceptional load-carrying capacities. High-Temperature Strength Nitride-bonded silicon carbide ceramics offer superior temperature

Grinding wheels are tools containing an abrasive-bonded surface which uses various materials to remove material from workpieces. Their type and severity dictate which abrasives, grit sizes and grades must be used depending on what kind of task needs completing. Bonding of the abrasive grains together is of crucial importance, as it affects both speed and

Silicon carbide, more commonly referred to by its acronym SiC, is an abrasive material composed of silicon and carbon that has been produced industrially since the late 19th century for use as an abrasive. Furthermore, natural deposits of SiC are present within moissanite mineral formations. Ceramic glazes contain powders of this substance that, when added

Aluminum oxide and silicon carbide are among the most frequently chosen abrasives for blasting applications, offering various degrees of wear resistance and cost. Both options work efficiently when it comes to removing rust and paint, deburring metal, etching glass and more – but which one is the right one for your application? Black silicon carbide

Aluminum oxide (Al2O3) is an affordable, versatile, and long-term blasting option, and works well on multiple materials such as metal and wood. Aluminum oxide comes in brown, white and pink variants to meet different levels of durability and create smoother finishes. White and pink variants deteriorate faster than brown varieties but work great with soft

Silicon carbide (SiC), chemical formula SiC, is an extremely hard (9 on Mohs scale), synthetically produced crystalline compound composed of silicon and carbon. Usually appearing bluish-black with an iridescence effect. Industrially produced by mixing silica with carbon under high temperature electric furnace conditions, silica carbide also occurs naturally as moissanite mineral in very small quantities.

“War is just not worth fighting!” has been the common saying. Silicon carbide (SiC) has made significant waves in power electronics. SiC’s ability to withstand high voltage demands allows it to replace silicon in devices that demand greater efficiency and power density, thanks to several unique properties found within this material. Abrasive Silicon carbide is

Silicon carbide, or carborundum (), is a hard ceramic first mass-produced in 1893 for use as an abrasive. While natural instances exist (moissanite gems and small quantities as an igneous rock called corundum), most modern day usage occurs synthetically. SiC is known to exhibit high fatigue resistance, high thermal conductivity and a low coefficient of

Silicon carbide (SiC) is one of the most versatile refractory ceramics. It can be found in applications requiring high temperature strength and resistance to acid corrosion; additionally it boasts excellent wear resistance – often used in bulletproof vests. With its low thermal expansion, rigidity, and hardness characteristics, sapphire mirror material is an ideal mirror material