Vacuum processing enables very precise thin-layer coating of surfaces with many different materials, which can not be used with other surface finishing processes, or they require very high expenditures and are therefore not economical. Almost all metals, as well as many alloys and inorganic compounds can be deposited by so called PVD processes (physical vapour deposition). Plasma-activated electron beam vapour deposition enables the economical manufacturing of high-value coatings at high deposition rates on large surfaces. Four examples of decorative and functional coatings on metal tapes are proving the potential of plasma-activated electron beam vapour deposition
International audienceInnovation in thin-film deposition processes, thermal spraying and cladding te...
International audienceInnovation in thin-film deposition processes, thermal spraying and cladding te...
International audienceInnovation in thin-film deposition processes, thermal spraying and cladding te...
Low cost coating on metallic sheets and strips can be achieved by Physical vapour Deposition only if...
PVD coatings deposited by electron beam (EB) evaporation onto large area substrates like metal sheet...
PVD coating of metallic sheets and strips opens new potentials for the production of attractive and ...
PVD coating of metallic sheets and strips opens new potentials for the production of attractive and ...
PVD coatings deposited by electron beam (EB) evaporation onto large area sub-strates like metal stri...
PVD-coatings on metal strips are discussed and used since many years. Recently developed technologie...
EB PVD coatings on large metal sheets and metal strips are discussed and used since many years. Rece...
In the beginning, EB-PVD (electron beam physical vapour deposition) of aluminium on strip steel was ...
A great variety of coating materials can be obtained by methods of physical vapor deposition (PVD). ...
High-rate electron beam deposition is one of the most effective PVD technologies. The very high prod...
The modification of large‐area surfaces by means of thin‐film vacuum coating is a well‐established i...
International audienceInnovation in thin-film deposition processes, thermal spraying and cladding te...
International audienceInnovation in thin-film deposition processes, thermal spraying and cladding te...
International audienceInnovation in thin-film deposition processes, thermal spraying and cladding te...
International audienceInnovation in thin-film deposition processes, thermal spraying and cladding te...
Low cost coating on metallic sheets and strips can be achieved by Physical vapour Deposition only if...
PVD coatings deposited by electron beam (EB) evaporation onto large area substrates like metal sheet...
PVD coating of metallic sheets and strips opens new potentials for the production of attractive and ...
PVD coating of metallic sheets and strips opens new potentials for the production of attractive and ...
PVD coatings deposited by electron beam (EB) evaporation onto large area sub-strates like metal stri...
PVD-coatings on metal strips are discussed and used since many years. Recently developed technologie...
EB PVD coatings on large metal sheets and metal strips are discussed and used since many years. Rece...
In the beginning, EB-PVD (electron beam physical vapour deposition) of aluminium on strip steel was ...
A great variety of coating materials can be obtained by methods of physical vapor deposition (PVD). ...
High-rate electron beam deposition is one of the most effective PVD technologies. The very high prod...
The modification of large‐area surfaces by means of thin‐film vacuum coating is a well‐established i...
International audienceInnovation in thin-film deposition processes, thermal spraying and cladding te...
International audienceInnovation in thin-film deposition processes, thermal spraying and cladding te...
International audienceInnovation in thin-film deposition processes, thermal spraying and cladding te...
International audienceInnovation in thin-film deposition processes, thermal spraying and cladding te...