Effect of Process Temperature on the Microstructure and Properties of Low-Temperature Gas Multi-Component Thermochemical Treatment 45CrMoV Alloy Steel

Author:

Cui Guo Dong1,Zhang Han Bing1,Jiang Tian Bo1,Yang Shang Guang1

Affiliation:

1. Southwest Jiaotong University

Abstract

In the present investigation, 45CrMoV alloy steel was gas oxynitrocarburized at 530°C, 550°C and 570°C for 1h by applying a low-temperature gas multi-elements penetrating system. Microstructure, surface, composition, case depth, microhardness, wears and corrosion resistance were analyzed. The properties of samples treated at 570°C are optimum.

Publisher

Trans Tech Publications, Ltd.

Subject

General Engineering

Reference25 articles.

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2. Yang C, Gao GQ, Wu DX. Relationship between microstructure and corrosion resistance of Q235 Steel treated by low temperature gas multi-component thermochemical treatment technology. Mater Prot 2004; 37: 42-4.

3. Cui GD, Yang C, Cheng HM. Microstructure and properties of 38CrMoAl steel treated by gas oxynitriding. Heat Treated Met 2008; 33; 46-8.

4. Zhou H. Chen F, Yao B. Zhong XF. Research on the properties of inside surface of subsurface pump barrel by N-C-O multi-elements penetrating. Surf Coat Technol 2007; 201: 5156-67.

5. Zhang JW, Lu LT, Cui GD, Shen XL, Yi HF, Zhang WH. Effect of process temperature on the microstructure and properties of gas oxynitrocarburized 35CrMo alloy steel. Materials and Design 31(2010); 2654-2658.

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