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Development of High-Temperature Coatings and Applications
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Sector:
Event:
Mid-Year Meeting
Language:
English
Abstract
As the demands for materials with improved high-temperature properties continue, more research is being directed toward combining materials into composites to provide properties not available in a single material. An excellent example is a coated metal where the corrosion and oxidation resistance or other properties of an alloy are improved or modified by a thin layer of ceramic, cermet or other metal bonded to the surface.
Early developments during World War II and continuing research have produced a number of high-temperature coatings which provide a designer with a unique method for extending a specific materials capability.
This paper is a brief review of some ceramic, cermet, and metallic coatings which indicates the scope of the coating development and applications.
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Citation
Long, J., "Development of High-Temperature Coatings and Applications," SAE Technical Paper 690478, 1969, https://doi.org/10.4271/690478.Also In
References
- Andrews A.I. “The Preparation, Application, and Properties of Enamels.” Porcelain Enamels 1961
- U.S. Patent 2,900,276, Solar Div., International Harvester Co
- “Ceramic Coatings Conserve High-Temperature Alloys.” Metal Progress 1952
- “Ceramic Coated Low Alloys For Jet Engine Hot Parts, ASME 1953
- U.S. Patent 2,843,507, Solar Div., International Harvester Co
- NASA Contributions to the Technology of Inorganic Coatings, NASA SP-5014
- “Present Status and Future Requirements for Coatings on Superalloys, Refractory Metal, and Graphite.” First Progress Report of the Committee on Coatings, Materials Advisory Board (MAB-234)
- U.S. Patent 2,858,244, Solar Div., International Harvester Co
- Seventh Composite Working Group Meeting, Palo Alto, Cal March 12-14 1966
- Sama L. Reznick B. “Development of Production Methods of High-Temperature Coating of Tantalum Parts.” Technical Report AFML-TR-66-217 August 1966
- Wimber R.T. Stetson A.R. “Slurry Coatings for Tantalum Base Alloys.” Electrochemical Technology 6 1968 264 269
- Jackson R.E. “Tantalum System Evaluation.” U.S. Air Force Contract AF33 (615)-3935 Interim Reports
- Stetson A.R. Wimber R.T. “Slurry Applied Duplex Coatings for Tantalum and Columbium Alloys.” Thirteenth Meeting of Refractory Composites Working Group July 1967
- Nejedlik J.F. Gadd J.A. “Coatings for Long-Term Intermediate Temperature Protection of Columbium Alloys.” AFML-TR-68-170 October 1968
- Stetson A.R. Private Communication, Solar Div International Harvester Co
- Priceman S. Sama L. “Development of Slurry Coatings for Tantalum, Columbium and Molybdenum Alloys. AFML-TR-65-204 September 1965
- Moore V. S Brentnall W.D. Stetson A.R. “Evaluation of Coatings for Cobalt and Nickel-Base Superalloys.” NASA CR-72359