Silicon carbide (SiC) is a high-performance ceramic material. It enjoys widespread trust because of its special mechanical, thermal and electronic properties in various industries. SiC has several crystalline polytypes with unique characteristics, which means there is an extremely wide range in hardness, conductivity, and thermal stability. This article will describe silicon

Silicon carbide is one of the most popular materials today. It is widely used to replace metal components in many modern high-end industries. However, its properties always confuse people: Is silicon carbide a metal or a non-metal? In this article, we will dive into this question. Let’s start with basic

A suitable radiant tube is important for high-temp industrial thermal processing. Metal alloy radiant tube and silicon carbide radiant tube are 2 popular types for industrial furnace uses. Many operators confuse to choose between them for furnace upgrades and replacement. This article conducts a comprehensive performance comparison of these 2 tube

Industrial high-temperature heating systems rely heavily on durable, stable, and efficient heating components. Silicon carbide heating elements stand out as one of the most trusted ones among all ceramic heating materials. If you operate industrial furnaces, kilns, or thermal processing equipment, a silicon carbide heating element can solve your challenges of

Pure zirconia undergoes harmful phase changes during temperature shifts. These will cause volume expansion and shrinkage, leading to cracking and premature failure in industrial settings. To solve it, oxide stabilizers are always added to help zirconia maintain stable structures. Yttria, calcia and magnesia are 3 common stabilizers for industrial zirconia.