Cermets

Cermets have taken on an important role in surface technology. These high-performance composites, consisting of a mixture of ceramic and metal phases, offer special properties that are used in various applications to optimize surfaces.

The outstanding hardness and wear resistance of the ceramic phase make cermets ideal candidates for coating tools and components. In surface technology, cermets are often used to extend the service life of tools and improve resistance to abrasive influences.

The metal component in cermets contributes to electrical conductivity, which also makes these materials relevant in electronic surface technology. The use of cermets in electrical contacts and other electronic components enables the combination of mechanical strength with electrical conductivity, which is crucial for various applications. In addition, cermets have proven to be extremely resistant to extreme temperatures and aggressive chemical environments in surface technology. These properties make them preferred materials in industries where the surfaces of components must withstand demanding conditions.

Overall, cermets contribute significantly to the optimization and improvement of surfaces in various technical applications thanks to their unique material properties.

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This definition is taken from the surface technology encyclopedia from Surface Technology Online. You can find many more technical terms from the surface technology industry in our lexicon overview.

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