Effect of Mo and Ni Contents on Microstructure and Properties of Deposited Metal Prepared by Martensitic Stainless Hard-Facing Flux-Cored Wire

Lv Yan; YU Sheng-fu; XING Shu-le; LIU Yu-long; WANG Le-hu

Materials and Mechanical Engineering > 2013 > 37(9): 29-32.

Lv Yan, YU Sheng-fu, XING Shu-le, LIU Yu-long, WANG Le-hu. Effect of Mo and Ni Contents on Microstructure and Properties of Deposited Metal Prepared by Martensitic Stainless Hard-Facing Flux-Cored Wire[J]. Materials and Mechanical Engineering, 2013, 37(9): 29-32.

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Effect of Mo and Ni Contents on Microstructure and Properties of Deposited Metal Prepared by Martensitic Stainless Hard-Facing Flux-Cored Wire

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Received Date: June 01, 2013

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A kind of martensitic stainless hard-facing flux-cored wire with good weldability was developed by optimizing the contents of Mo and Ni. The deposited metals were prepared on Q235 steel substrate by submerged arc welding, and the effects of Mo and Ni content on microstructure, hardness and high temperature wear resistance of deposited metal were studied. The results show that the microstructure of deposited metals were martensitic, retained austenite and carbide. The hardness and high temperature wear resistance of deposited metal could be obviously improved by adding Mo and Ni, and could reached the best when the content of Mo and Ni was 2wt%, respectively, and the hardness was 47.8 HRC and the loss mass was 3.6 mg.
- martensitic stainless steel,
- submerged arc welding,
- hardness,
- high temperature wear resistance

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Effect of Mo and Ni Contents on Microstructure and Properties of Deposited Metal Prepared by Martensitic Stainless Hard-Facing Flux-Cored Wire

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