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NITROTEC™ Surface Treatment - Its Development and Application in the Design and Manufacture of Automobile Components
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English
Abstract
Following a brief review of the properties and application characteristics of gaseous nitrocarburising techniques developed over the last decade, specific attention is given to the Nitrotec method introduced recently to increase the corrosion resistance and improve the aesthetics of treated components. Guidance on implementation of the new process is accompanied by examples of its exploitation in the design and manufacture of non-alloy steel automobile components.
Citation
Dawes, C. and Tranter, D., "NITROTEC™ Surface Treatment - Its Development and Application in the Design and Manufacture of Automobile Components," SAE Technical Paper 831838, 1983, https://doi.org/10.4271/831838.Also In
References
- Mitchell E. Dawes C. Molten salt bath nitriding Metal Treatment and Drop Forging 1964 31 Jan 220 3 16 Feb 221 49 58 Mar 222 88 96 May 224 195 200
- Bell T, Lee S. Y. Gaseous atmospheric nitrocarburising Heat Treatment ‘73 Book 163 99 107 The Metals Society 1975
- Dawes C. Tranter D. F. Recent developments in surface-hardening techniques Metals Technology Aug 1978 5 Part 8 278 285
- Dawes C. Tranter D.F. Smith C. G. Reappraisal of nitrocarburising and nitriding applied to design and manufacture of non-alloy steel automobile components Metals Technology Sept. 1979 6 Part 9 345 353 Also in: Heat Treatment ’79. Book No. 261, 60 - 68. The Metals Society. 1980; and Journal of Heat Treating Dec. 1979, Vol. 1, No.2, 30 - 42.
- Mitchell E. Dawes C. British patent no 1011580.
- Dawes C. Tranter D. F. Smith C. G. Nitriding non-alloy steel components Heat Treatment of Metals 1980 1 7 1 4