High-Performance Ceramics are machinable technical ceramics that combine the versatility of high-performance polymers with the machinability of metals and the superior properties of advanced technical ceramics. They are excellent electrical and thermal insulators and perform reliably in high-temperature, vacuum, and corrosive environments. These high-performance ceramics resist creep and deformation, maintain exceptional dimensional stability under heat, radiation, and vacuum, and exhibit zero porosity with no outgassing. Fully machinable without firing, they allow extremely precise tolerances and fine surface finishes. Their low thermal conductivity and outstanding electrical insulation, even at elevated temperatures, along with a thermal expansion compatible with most metals and sealing glasses, make them ideal for demanding applications such as precision coil formers, high-voltage insulators, laser assemblies, thermal breaks, vacuum feed-throughs, aerospace components, and power-generation fixtures. Reliable and versatile, they are suitable for both prototyping and medium-volume production.
High-Performance Ceramic is an advanced technical ceramic that combines the versatility of high-performance polymers with the machinability of metals and the exceptional properties of high-performance ceramics. It provides excellent electrical and thermal insulation and delivers reliable performance in high temperatures and corrosive environments. It maintains excellent dimensional stability, resists deformation, and features zero porosity with no outgassing. Thanks to its full machinability, it enables highly accurate dimensions and excellent surface finishing. Its low thermal conductivity, outstanding electrical insulation even at elevated temperatures, and thermal expansion compatible with most metals, make High-Performance Ceramic an ideal choice for demanding applications such as precision coil formers, high-voltage insulators, laser components, thermal breaks, aerospace applications, and power-generation components.
