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Composition, Structure and Properties of Bimetallic Materials Prepared by Copper Alloy Surfacing on Low-Alloy High-Strength Steel
Metal Science and Heat Treatment ( IF 0.6 ) Pub Date : 2020-09-01 , DOI: 10.1007/s11041-020-00561-w
S. A. Pichuzhkin , A. A. Vainerman , S. P. Chernobaev , A. V. Tsemenko

The quality, structure, chemical composition and mechanical properties of bimetallic materials prepared by argon- arc surfacing of copper alloys MNZhKT 5-1-0.2-0.2, Sv-MN18, Sv-MNZhMtsTK 40-1-1-0.3-0.1, MMts40, BrAZhNMts 8.5-4-5-1.5 and Monel NMZhMts 28-2.5-1.5 on high-strength low-alloy steel AB3 are investigated. It is shown that during surfacing copper alloys on steel, high-quality bimetal is provided without defects in the form of cracks, significant porosity, unmelted areas, or exfoliation.

中文翻译:

低合金高强钢上铜合金堆焊制备双金属材料的成分、组织和性能

铜合金氩弧堆焊制备的双金属材料的质量、结构、化学成分和力学性能 MNZhKT 5-1-0.2-0.2, Sv-MN18, Sv-MNZhMtsTK 40-1-1-0.3-0.1, MMts40,研究了高强度低合金钢 AB3 上的 BrAZhNMts 8.5-4-5-1.5 和蒙乃尔合金 NMZhMts 28-2.5-1.5。结果表明,在钢上堆焊铜合金时,可以提供高质量的双金属,没有裂纹、显着孔隙、未熔化区域或剥落等缺陷。
更新日期:2020-09-01
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