Wear resistant coatings for radial shaft sealing systems
W. Haas, U. Putzier, H. Müller, und J. Putzier. Proceedings of the 15th International Thermal Spray Conference, Seite 987–991. Materials Park, Ohio, ASM International, (1998)154.
Zusammenfassung
Due to advanced technical, economic and environmental reasons, radial shaft and hydraulic rod seals demand new wear resistant counterface materials. Thermal spraying offers one alternative to common hardening and hard plating technologies. Applying corrosion resistant ceramic coatings by Thermal Spraying leads to new applications in sealing systems. The combination with PTFE-compound sealing materials can be used with aqueous, non-Iubricating and corrosive fluids. The authors have carried out extensive research on how the coating material and the surface structure of the coating effect hydraulic rod and radial shaft sealing systems. The presented results show that the influence of the coating on the sealing is critical for the performance of both standard and new custom sealing systems.
%0 Conference Paper
%1 Haas.1998e
%A Haas, Werner
%A Putzier, U.
%A Müller, Heinz Konrad
%A Putzier, J.
%B Proceedings of the 15th International Thermal Spray Conference
%C Materials Park, Ohio
%D 1998
%E Coddet, Christian
%I ASM International
%K H_Müller J_Putzier U_Putzier W_Haas dichtungstechnik from:brunomueller from:samuelschwamm ima
%P 987–991
%T Wear resistant coatings for radial shaft sealing systems
%X Due to advanced technical, economic and environmental reasons, radial shaft and hydraulic rod seals demand new wear resistant counterface materials. Thermal spraying offers one alternative to common hardening and hard plating technologies. Applying corrosion resistant ceramic coatings by Thermal Spraying leads to new applications in sealing systems. The combination with PTFE-compound sealing materials can be used with aqueous, non-Iubricating and corrosive fluids. The authors have carried out extensive research on how the coating material and the surface structure of the coating effect hydraulic rod and radial shaft sealing systems. The presented results show that the influence of the coating on the sealing is critical for the performance of both standard and new custom sealing systems.
%@ 0871706598
@inproceedings{Haas.1998e,
abstract = {Due to advanced technical, economic and environmental reasons, radial shaft and hydraulic rod seals demand new wear resistant counterface materials. Thermal spraying offers one alternative to common hardening and hard plating technologies. Applying corrosion resistant ceramic coatings by Thermal Spraying leads to new applications in sealing systems. The combination with PTFE-compound sealing materials can be used with aqueous, non-Iubricating and corrosive fluids. The authors have carried out extensive research on how the coating material and the surface structure of the coating effect hydraulic rod and radial shaft sealing systems. The presented results show that the influence of the coating on the sealing is critical for the performance of both standard and new custom sealing systems.},
added-at = {2021-03-25T17:52:53.000+0100},
address = {Materials Park, Ohio},
author = {Haas, Werner and Putzier, U. and Müller, Heinz Konrad and Putzier, J.},
biburl = {https://puma.ub.uni-stuttgart.de/bibtex/254d8306c18d341b4c4d68fdff35fbe16/thomasherzig},
booktitle = {Proceedings of the 15th International Thermal Spray Conference},
editor = {Coddet, Christian},
eventdate = {25.-29. May 1998},
eventtitle = {15th International Thermal Spray Conference},
interhash = {07d3ff540324c9937278e8bd58f53747},
intrahash = {54d8306c18d341b4c4d68fdff35fbe16},
isbn = {0871706598},
keywords = {H_Müller J_Putzier U_Putzier W_Haas dichtungstechnik from:brunomueller from:samuelschwamm ima},
note = 154,
pages = {987–991},
publisher = {ASM International},
timestamp = {2021-03-25T16:56:09.000+0100},
title = {Wear resistant coatings for radial shaft sealing systems},
venue = {Nice, France},
year = 1998
}
