Silicon carbide is a versatile high-performance ceramic that's used in many different industries. From medical implants and space gear to next gen semiconductor electronics, it's robust and multi-faceted.

Silicon Carbide is a very durable material that has many uses, from grinding tools to next gen semiconductor electronics and cladding for nuclear reactors. One of its best features is it's ability to be formed into virtually any shape and is extremely light.SiC has a very low coefficient of thermal expansion, so it will not expand when subjected to heat or contract when exposed to cold. This makes it a very good material for a wide range of applications including heat exchangers and vacuum chucks for silicon wafers.

The use of alpha-silicon carbide tubes inserted into bores in the graphite to carry the process fluid, and/or passageways drilled in the graphite to carry the service fluid, along with a fluoropolymer coating on certain external surfaces of the heat exchange assembly and on the ends of the silicon carbide tubes provides improved corrosion protection for the heat exchange assembly.

The chemically inert properties of Silicon Carbide (SiC) have many advantages.Silicon Carbide Inserts factory include a higher breakdown electric field, lower leakage current, and lower resistance at high temperatures.Silicon carbide is commonly used in a wide variety of electrical equipment including resistors, thermistors and varistors. It also offers superior strength retention at high temperatures, making it a desirable choice for wafer tray supports and paddles in semiconductor furnaces.

Several astrophysical telescopes utilize polycrystalline silicon carbide (SiC) mirrors for their primary optics due to the low thermal expansion coefficient and high rigidity. In addition, SiC is also a strong candidate for core internals in nuclear reactors.In addition to its excellent properties, SiC is very cost-effective. It is a very common material for the manufacture of various industrial products, including abrasives and refractory materials.