Plasma activation of electron beam physical vapor deposition (EB-PVD) allows to increase density, hardness, refractive index and other properties of evaporated coatings. This contribution refers to (reactive) spotless arc activated deposition (SAD) of coatings from titanium and its compounds TiO 2 and TiN. Electron beam evaporation is combined with the ignition of a spotless arc discharge on the EB heated titanium metal and in case of compounds additional process gas inlet. The process combination has been extended to large area dimensions. Achieved layer properties, coating rates and layer thickness distributions on large substrates will be presented. The technological capacity of (reactive) large area SAD will be considered with regard to...
This paper deals with the results of combining Ti1-xAlxN coatings with a subsequent electron beam su...
High-rate electron beam deposition is one of the most effective PVD technologies. The very high prod...
Vacuum processing enables very precise thin-layer coating of surfaces with many different materials,...
Plasma activation of EB-PVD (electron beam physical vapor deposition) allows to increase density, ha...
In the beginning, EB-PVD (electron beam physical vapour deposition) of aluminium on strip steel was ...
For deposition of thin oxide coatings there are a lot of qualified PVD processes today. If high prod...
PVD coatings deposited by electron beam (EB) evaporation onto large area sub-strates like metal stri...
EB PVD coatings on large metal sheets and metal strips are discussed and used since many years. Rece...
PVD coatings deposited by electron beam (EB) evaporation onto large area substrates like metal sheet...
A great variety of coating materials can be obtained by methods of physical vapor deposition (PVD). ...
Electron Beam High-rate Deposition with axial guns (EBHD) offers the highest coating rates of PVD te...
Results of investigations on thin films of titanium oxide are presented in which the layers were dep...
Low cost coating on metallic sheets and strips can be achieved by Physical vapour Deposition only if...
The diffuse cathodic vacuum arc discharge is an efficient plasma source suitable to activate the pro...
The paper presents a new plasma-activated PVD process - the so-called "Rod Cathode Arc Activated Dep...
This paper deals with the results of combining Ti1-xAlxN coatings with a subsequent electron beam su...
High-rate electron beam deposition is one of the most effective PVD technologies. The very high prod...
Vacuum processing enables very precise thin-layer coating of surfaces with many different materials,...
Plasma activation of EB-PVD (electron beam physical vapor deposition) allows to increase density, ha...
In the beginning, EB-PVD (electron beam physical vapour deposition) of aluminium on strip steel was ...
For deposition of thin oxide coatings there are a lot of qualified PVD processes today. If high prod...
PVD coatings deposited by electron beam (EB) evaporation onto large area sub-strates like metal stri...
EB PVD coatings on large metal sheets and metal strips are discussed and used since many years. Rece...
PVD coatings deposited by electron beam (EB) evaporation onto large area substrates like metal sheet...
A great variety of coating materials can be obtained by methods of physical vapor deposition (PVD). ...
Electron Beam High-rate Deposition with axial guns (EBHD) offers the highest coating rates of PVD te...
Results of investigations on thin films of titanium oxide are presented in which the layers were dep...
Low cost coating on metallic sheets and strips can be achieved by Physical vapour Deposition only if...
The diffuse cathodic vacuum arc discharge is an efficient plasma source suitable to activate the pro...
The paper presents a new plasma-activated PVD process - the so-called "Rod Cathode Arc Activated Dep...
This paper deals with the results of combining Ti1-xAlxN coatings with a subsequent electron beam su...
High-rate electron beam deposition is one of the most effective PVD technologies. The very high prod...
Vacuum processing enables very precise thin-layer coating of surfaces with many different materials,...