Comparative on Wear Behavior of Nitrocarburized Low-Cost GDL-4 High Speed Steel to the Vane of Air Conditioning

Zi Guo Mu; Min Lei; Yi Long Liang; De Yin Peng; Deng Wei Tang

doi:10.4028/www.scientific.net/AMR.721.324

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HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 721Comparative on Wear Behavior of Nitrocarburized...

Comparative on Wear Behavior of Nitrocarburized Low-Cost GDL-4 High Speed Steel to the Vane of Air Conditioning

Abstract:

The manufacture materials of air conditioner compressor vane require the properties of proficient red hardness and wear behavior. So the surface nitriding treatment is usually used in the production process of the high speed steel. Under 300N, the wear behavior of low-cost GDL-4 high speed steel, M2 high speed steel, and 11Cr17 stainless steel have been soft nitride processed with the same way was studied. The results show that the wear behavior performance of GDL-4 steel is much superior to M2 steel and 11Cr17 stainless steel after soft nitriding process and the surface hardness of nitro-carburized steel has an important influence on wear behavior.

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Periodical:

Advanced Materials Research (Volume 721)

Pages:

324-327

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.721.324

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Online since:

July 2013

Authors:

Zi Guo Mu, Min Lei, Yi Long Liang, De Yin Peng, Deng Wei Tang

Keywords:

Friction, High Speed Steel, Nitro-Carburizing, Wear, Wear Behavior

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References

[1] WANG Bo, ZHANG Heng-hua.Wear Resistance of Martensite Stainless Steel 11Cr17 after Sulphonitrocarburizing: MATERIALS FOR MECHANICAL ENGINEERING (2011)

Google Scholar

[2] LEI Min, YANG Wei, LIANG Yi-long, WAN Ming-pan, ZHANG Chang-shu. CCT diagram determination of a new low-cost high-speed steel: ORDNANCE MATERIALS SCIENCE AND ENGINEERING (2008)

Google Scholar

[3] WANG Wei, CAI Xun, LU Ming-jiong, CHEN Qiu-long. Modification of Combined Nitriding Plus Ion Implantation to M2 High Speed Steel: MATERIALS FOR MECHANICAL ENGINEERING (2001)

Google Scholar

[4] ZHOU Pan-bing, ZHOU Lang, CHENG Zhong-bo. Comparison of Microstructures and Properties Between Oxy-nitrided and Niteided with Post-oxidized High Speed Steel: HEAT TREATMENT OF METALS (2007).

Google Scholar