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 […]

Czarny grys z węglika krzemu jest jednym z najpopularniejszych materiałów ściernych stosowanych w bębnach skalnych, o twardości 9,1 w skali Mohsa. Jedynie ziarna diamentowe i z węglika boru przewyższają twardość tego materiału. To sprawia, że są one idealne do wygładzania szorstkich skał do eleganckiego wykończenia powierzchni, szczególnie w połączeniu z aluminium

Istnieją różne rodzaje materiałów ściernych używanych do szlifowania i cięcia materiałów. W zależności od tego, jaki materiał ma być szlifowany, różne wielkości ziarna najlepiej spełnią jego wymagania. Proste stale bez wysokiej zawartości węgla zwykle dobrze szlifują się na kamieniach naturalnych (Arkansas) lub kamieniach z tlenku glinu, podczas gdy te zawierające twarde węgliki znacznie spowalniają, gdy

Silicon carbide is one of the strongest advanced ceramic materials. Due to its superior strength, rigidity, low thermal expansion and corrosion resistance properties, silicon carbide makes an excellent material choice for automobile brakes and clutches as well as bulletproof vests. Silicon carbide is one of the hardest materials, second only to boron carbide and diamond.

Silicon carbide semiconductors have the potential to transform multiple markets. But what makes them special? Power devices crafted from silicon carbide offer numerous advantages when it comes to quality, reliability and efficiency. They reduce energy loss while decreasing BOM costs in designs featuring higher switching frequencies. These outstanding physical properties of SiC are enabled by

Silicon carbide (SiC) is an exceptional material with outstanding physical properties. It is resistant to high temperatures, corrosion and wear while possessing low thermal expansion rates. Moissanite occurs naturally in very limited quantities as a mineral, and has since been mass produced via Edward G. Acheson’s electric batch furnace process which continues to this day.

Silicon carbide fiber is a flexible, strong, oxidation resistant and low density ceramic material used in high temperature environments to reinforce composite materials. Due to its exceptional performance under extreme temperature conditions, carbon nanotubes have garnered wide attention in both aerospace and military weapons and equipment industries. Furthermore, these materials can also be used to

Kiln shelves are essential elements of kiln furniture that support ceramic pieces during firing, sintering or heat treating processes. Their size, shape and material all vary widely to provide optimal results. Silicon carbide is an exceptional material with exceptional thermal shock resistance, high mechanical strength and chemical stability – characteristics which make it an excellent

Silicon carbide (SiC) is a dark green to black hard crystalline substance used in various industrial applications and as a symbol of strength and resilience. Arkansas stones, made of Ozark novaculite, can be used to sharpen harder steels than most natural and synthetic stones. As they sharpen, they also polish for an exceptionally fine and

Nitride-bonded silicon carbide (NBSIC) offers outstanding mechanical, thermal and chemical properties. It can be formed into numerous shapes and sizes by various forming methods. Studies have demonstrated that NBSIC exhibits superior wear resistance compared to commonly used steel types in soil working parts. Mechanical Properties Nitride-bonded silicon carbide exhibits superior mechanical properties such as strength,