Zirconia ball boast superior strength, toughness, and corrosion resistance – qualities which make them the ideal solution for grinding and dispersing non-metal mineral material like paint and printing ink as well as electronic or magnetic materials. Zirconia ball can be manufactured via sintering. However, conventional techniques frequently result in low density due to friction and …
Silicon carbide ceramic is one of the hardest and most durable advanced ceramic materials, with excellent resistance against corrosion, high temperatures, acids and physical wear.This material can be found in oil and gas production sand filters as well as mechanical seal parts found on pumps, forgings and rocket engines. Furthermore, it can also be found …
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Silicon carbide, commonly referred to as carborundum, is one of the hardest materials on Earth and boasts excellent abrasion resistance, thermal shock tolerance, and chemical corrosion resistance properties. SiC is known for its high density and grain growth factor, making it an excellent material for industrial uses. Common applications for SiC include burner nozzles, jet …
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Ceramic ball bearings offer high-speed performance, lower friction levels and long life with minimal lubricant needs. Furthermore, these lightweight bearings don’t corrode like steel bearings do and are non-magnetic and lightweight enough for vacuum applications. Producing ceramic products can be costly as it involves complex heating for sintering, precise machining and grinding processes and employing …
Silicon carbide, a synthetic crystalline compound of silicon and carbon, has long been an industrial material, especially used as an abrasive and cutting tool material since the late 19th century. Silicon carbide can also be found in refractories or electric heating elements. Edward Goodrich Acheson was responsible for pioneering mass-scale production beginning in 1890, using …
Silicon nitride ball are 58% lighter than steel ones and can significantly decrease centrifugal force and rolling friction, particularly at higher speeds. Furthermore, their corrosion resistance allows for use even in harsh environments. This material is ideal for applications with high dynamic stress levels, thermal rigor and stringent reliability requirements like wind turbine generators. It …
Alumina Ceramic Rod – A Versatile Material Used in Engineering Applications Alumina ceramic rod are versatile materials used in many demanding thermal, chemical and wear applications. Able to withstand high temperatures without corrosion damage or further degradation, they’re widely applied across industries and use cases. Alumina also boasts excellent fracture toughness, making it suitable for …