Introduction Chips drive modern industry. However, in their nanoscale manufacturing world, extreme temperatures, strong corrosion, and high-vacuum environments pose ultimate challenges to material performance. Against this backdrop, advanced ceramics are supporting this microscopic revolution with their exceptional properties. This article […]

Introduction In extremely high-temperature industrial environments, material selection is a test of performance limits. Among them, the melting point of the material defines the theoretical upper limit of its high-temperature resistance and is the first criterion for selecting materials suitable

Introduction In the chemical, pharmaceutical, or water treatment industries, are you facing this dilemma: expensive metal pressure sensors frequently fail in corrosive media? Inaccurate measurements, component replacements, and downtime risks—these issues not only cost money but also pose safety risks.

Advanced ceramics manufacturing is a complex process. It involves multiple processes, with the main steps being material preparation, forming, green machining, sintering, finishing, and final inspection. This article will take you into the general process of advanced ceramics manufacturing.