FRIALIT-DEGUSSIT oxide ceramics are used in electronic and electrical engineering and other applications in applied physics. Metallized oxide ceramics are the basis for various applications in applied physics with extreme environments.

Through discussions with FRIALIT-DEGUSSIT’s engineers, our customers are able to develop their products and achieve maximum efficiency in all high technology fields. The results are metal-ceramic component parts that satisfy the highest requirements. These products, when at high temperatures and high voltages, retain their functionality thanks to the oxide ceramic properties.

Ceramic-metal parts are the basis for building engineering devices specifically designed for extreme operating environments. FRIALIT - DEGUSSIT technical ceramics and a team of experienced professionals from FRIALIT - DEGUSSIT always assist customers in finding the best solution to a problem.

High temperatures constitute a real test and materials intended for such technologies must meet the strictest quality and intrinsic property requirements. An appropriate solution to this vexing problem is the use of components made of FRIALIT - DEGUSSIT with heat resistance up to 1950ºC.

Tool and machine components have long service lives and are readily cleanable due to the surface quality. Unlike other materials, products made from FRIALIT - DEGUSSIT ceramics easily adapt to the ever changing requirements in the world of high-tech applications.

When working on hard surfaces, tooling made of FRIALIT - DEGUSSIT ceramic offers unrivalled advantages. Particularly well aware of the durability of these high-quality tools are manufacturers of precision mechanical devices and units in the watch-making industry and in the optical and glass industries.

FRIATEC is regarded throughout the world as the premier supplier of custom ceramic-to-metal assemblies for use in linear accelerators. Our line of custom made ceramic components is used extensively in this field.