product related

Silicon carbide is an outstanding semiconductor material with a wide band-gap and high electron mobility, as well as low thermal expansion and hardness properties – ideal features for mirror materials in astronomical telescopes. Figure 5(a) displays Fresnel normalized XRR patterns of SiC/Si films of different thicknesses with Fresnel normalization applied. Circles represent experimental data while …

Silicon Carbide – A Mirror Material For Astronomical Telescopes Read More »

Contrary to their crystalline counterparts, which boast an ordered arrangement of atoms, the lattice structure of a-SiC is randomly organized; yet this randomness gives this material remarkable strength. Delft University of Technology researchers recently unlocked the mechanical properties of an innovative new material with unprecedented precision, opening up potential future uses for this incredibly strong …

Amorphous Silicon Carbide Read More »

Silicon carbide (SiC) is an inert chemical compound with properties similar to semiconductors; with carefully chosen impurities added, SiC can be converted to behave like one more easily than traditional silicon. SiC’s wide band gap enables it to move electrical energy more effectively than its silicon counterpart. SiC transistors offer significant advantages over IGBTs and …

Silicon Carbide Transistor Read More »

Silicon carbide is a superior wide bandgap semiconductor with outstanding physical and chemical properties, including yellow to greenish-blue to bluish-black crystals with iridescence. Refractive index measurements on epitaxially grown cubic SiC have been carefully made using variable-angle spectroscopic ellipsometry, showing both ordinary and extraordinary refractive indices increase with temperature. The index of refraction Index of …

Silicon Carbide Index of Refraction Read More »

Black silicon carbide (also referred to as carborundum) is an extremely hard synthetic crystalline compound of silicon and carbon, used as an important material in sandpaper, grinding wheels and cutting tools as well as for refractory linings and electrical heating elements in industrial furnaces. Black silicon carbide is also widely utilized as an abrasive and …

Black Silicon Carbide Read More »

Silicon carbide grinding stones are more resilient than aluminum oxide points and designed to grind and etch stone, glass, ceramics, porcelain and non-ferrous metals. Cone-shaped and small in size, these silicon carbide grinding stones make ideal sharpening stones and general purpose grinding tools; typically used to remove stilt marks or excess glaze on glass surface …

Dremel Silicon Carbide Grinding Stone Read More »

Silicon carbide (SiC) is an important industrial material. With hardness comparable to diamond, SiC is utilized in applications including abrasives, refractories and ceramics thanks to its tough properties. SiC’s chemical formula can be found here. When dealing with chemical reactions, it is critical that we accurately convert reactant and product moles to moles for accurate …

The Formula For Silicon Carbide Read More »

Silicon carbide (SiC) is an extremely hard ceramic material widely utilized as an abrasive and for the production of high-performance power electronics components. Furthermore, SiC’s resistance to extreme temperatures makes it suitable for industrial settings. However, when SiC is used in electronic devices with other materials it may experience mechanical stress due to CTE mismatch …

The Coefficient of Thermal Expansion (CTE) of Silicon Carbide Read More »

United Silicon Carbide, Inc is a manufacturer of semiconductors specializing in silicon carbide and diode power semiconductors for customers throughout New Jersey. SiC Schottky Diodes and JFETs are providing industry-changing levels of power efficiency in key markets that foster a greener economy, such as electric vehicle charging. Their superior switching performance improves charging time and …

United Silicon Carbide Inc Read More »

Silicon carbide has recently made headlines due to its promising semiconductor properties, giving rise to speculation that it can replace silicon in applications like power electronics in electric vehicles and advanced sensors for extreme conditions. SiC semiconductors can reduce energy losses and increase power conversion efficiencies, driving market growth over the forecast period. The 1-inch …

Silicon Carbide Industry Trends Read More »