Among all industrial ceramic materials, silicon carbide has become the preferred one for extreme operating conditions. SiC provides excellent high-temperature and corrosion resistance. Pressureless Sintered Silicon Carbide, or PSSiC, is an important branch of silicon carbide. Achieving densification without external pressure, PSSiC is widely employed in various industries. This article […]

Silicon carbide is a hard ceramic material widely used across many modern industrial fields. For example, industrial processing, ceramics manufacturing, and semiconductor manufacturing. Black and green silicon carbide are the two most commonly used. Their difference lies not only in color, but also in composition and applications. This article will provide the

Thermoelemente gehören zu den am häufigsten verwendeten Temperatursensoren in der industriellen Temperaturmessung. Als unterstützende Komponente bestimmt das Thermoelement-Schutzrohr maßgeblich die Stabilität und Genauigkeit des industriellen Messsystems. Es gewährleistet den zuverlässigen Betrieb des Thermoelements in rauen Industrieumgebungen mit hohen Temperaturen, Korrosion, Abrieb und Temperaturschocks.

Ceramic crucibles are made from ceramic materials like alumina and silicon carbide through high-temperature sintering, employed widely in calcination, melting, and precious metal processing. Having excellent high-temperature resistance, chemical stability, and electrical insulation, ceramic crucibles are the main containers for industrial high-temperature treatment. Properly using ceramic crucibles will be helpful to extend

Based on different substances, ceramic materials can be divided into silicate ceramics, oxide ceramics, carbide ceramics, and nitride ceramics. The 4 different types of ceramic materials have various properties, thus bringing different applications. Are you looking for a ceramic material for your production, but are confused about how to begin? Do not worry. This