Among the most common metals used in the manufacture of high temperature components is silicon carbide. Its main feature is that it can withstand high temperatu...

Whether you want to use it in your everyday life or in industrial applications, silicon carbide (a-SiC) is a high-purity material that can be used for a wide va...

Metallurgical calcium reactivity is the reactivity of calcium with metals and oxidants. The reactivity of calcium with a wide range of metals has been studied,...

Whether you are using it for grinding, honing, shaping, or polishing, silicon carbide abrasive powder is a great tool for achieving the desired result. But befo...

Generally speaking, silicon carbide is used in a variety of applications in various industries such as nuclear reactors, high temperature electronics, RF and ce...

Currently, SiC is produced from two different polytypes. The first is Alpha silicon carbide (a-SiC), while the other is beta silicon carbide (b-SiC). Both have...

Enhanced silicon carbide manufacturing refractories have a lot of potential to be a great alternative to traditional semiconductors. These refractories can be e...

Using lapped silicon carbide is a great way to achieve the best results from your grinding. A lapped surface smoothes the surface of the material and removes an...

Using silicon carbide in refractory materials is an ideal solution for many applications. These materials can be used in a variety of refractory applications su...

Among the different industrial process that involve silicon carbide are the process that produces silicon carbide. It is a diamond-like carbide and is usually u...