PCIM Europe 2020
CoorsTek ceramic substrates and components combine high thermal conductivity with high electrical resistance to deliver superior performance in power electronics, LEDs, high voltage, and other applications where thermal management is critical. With a range of ceramics, CoorsTek offers the best combination of performance and value.
Ultra-pure technical ceramic semiconductor components are used in the whole cycle of semiconductor manufacturing, including semiconductor wafer & wafer processing, semiconductor fabrication (front end), and semiconductor packaging (back end).
CoorsTek supports the energy industry with specialized components manufactured to provide service in severe duty applications such as renewable energy. In the power & utilities arena, CoorsTek offers custom manufactured solutions designed specifically for energy transformation, transport, and storage.
Engineered technical ceramics for severe-service, always-on operation of electric and diesel rail transport equipment used for locomotives, high-speed, intercity, commuter, light rail, and people mover transit.
Advanced ceramic rail components are designed for the demanding high-voltage, severe-service conditions of electric rail transport.
Diesel locomotive equipment providers use engineered ceramic components to extend useful life, improve reliability, and enhance efficiency in harsh high-temp, high-load conditions.
From ultra-sensitive pressure and temperature sensors to oxygen and chemical sensors, CoorsTek provides high-performance ceramic components for world-class performance in virtually any service condition or application — including sensor elements and components.
CoorsTek applies its technical ceramic expertise to design custom components and assemblies for consumer and household use. Each product is designed to last longer while improving efficiency and quality. A Large range of custom household products take advantage of the unique properties of technical ceramics, including high operating temperatures, high strength, low porosity, electrical insulation, corrosion and wear resistance.