Duplex antiabrasive coatings (Fe-based alloy-tin) produced by impulse plasma deposition

TiN-type antiabrasive coatings are commonly produced by various PVD-CVD methods. It is known that the multilayer coatings are better than monolayer coatings because of the possibility of controlling the stress level, in particular, in interfaces, and as a result in the whole coating. In this paper,...

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Bibliographic Details
Published in:Surface & coatings technology 1996-09, Vol.98 (1-3), p.1444-1447
Main Authors: Zdunek, K, Baszkiewicz, J, Boldok, Z, Jelenkowski, J, Psoda, M, Smolik, J
Format: Article
Language:English
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Summary:TiN-type antiabrasive coatings are commonly produced by various PVD-CVD methods. It is known that the multilayer coatings are better than monolayer coatings because of the possibility of controlling the stress level, in particular, in interfaces, and as a result in the whole coating. In this paper, phase composition, morphology, anticorrosive (tightness) and the antiabrasive properties of the duplex (Fe-based alloy-tin) coatings produced by impulse plasma deposition were examined and compared with the single-layer TiN ones. The very good mechanic and plastic properties of Fe-Ni-Mo-Al-Ti alloys (maraging steel) which were used seem to predestine this alloy as a metallic bond layer in a multilayer antiabrasive coatings. Substrates in this study: SW7M steel, Armco iron and molybdenum foil.
ISSN:0257-8972