Megan

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. […]

Sintering is the most important thermal process in ceramic manufacturing, which directly determines the quality of the final product. Many defects of ceramics can be traced back to improper sintering. Understanding sintering will be very helpful for stabilizing product performance. Focusing on industrial ceramic production, this article introduces the concept,

Crucibles are important containers of many high-temperature processes like melting and sintering. Crucibles made from various materials have some differences when considering their properties and cost. In practice, choosing the best crucible for a specific task is always challenging. This article tells you 5 common crucible materials and their pros

Silicon carbide (SiC) ceramics are premium industrial materials. It possesses excellent hardness, thermal stability, corrosion resistance and thermal conductivity. Therefore, SiC is indispensable for many industrial structural and functional components. Sintering is an important step to govern the properties and final quality of SiC ceramics. Proper sintering process allows you

High-temperature industrial manufacturing usually needs high-performance carbon & ceramic materials. Two examples of these are graphite and silicon carbide ceramics, which have numerous uses within high-temperature manufacturing industries due to their excellent stability under such conditions. Though often used in similar industries, they feature distinct properties that define their best-fit