Production of a bimetallic wire with a core made of the Al-1.7 wt.% Fe alloy obtained by electromagnetic crystallization and a shell made of the M2 copper alloy

Authors

  • Olga Olegovna Zhukova
  • Andrey Evgenievich Medvedev
  • Aygul Fazirovna Shaykhulova
  • Evgenii Borisovich Medvedev
  • Maxim Yuryevich Murashkin
  • Mikhail Mikhailovich Motkov

DOI:

https://doi.org/10.54708/26587572_2024_641959

Abstract

The method of combined cold drawing was used to obtain samples of bimetallic wire with a sheath made of copper alloy M2 and a core made of aluminium alloy Al-1.7 wt. % Fe, obtained by casting in an electromagnetic crystallizer. The obtained samples are characterized by the levels of strength, electrical conductivity and ductility that meet the requirements of the ASTM B566 and SJ/T 11223-2000 standards. Due to the use of a thermally stable alloy of the Al-Fe system, it was possible to achieve a uniform drop in the hardness of the copper and aluminium alloys during post-deformation annealing.

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Published

2024-23-12

How to Cite

Zhukova О. О., Medvedev А. Е. ., Shaykhulova А. Ф. ., Medvedev Е. Б. ., Murashkin М. Ю. ., & Motkov М. М. . (2024). Production of a bimetallic wire with a core made of the Al-1.7 wt.% Fe alloy obtained by electromagnetic crystallization and a shell made of the M2 copper alloy. Materials. Technologies. Design., 6(4 (19), 59–66. https://doi.org/10.54708/26587572_2024_641959

Issue

Vol. 6 No. 4 (19) (2024): Materials. Technologies. Design

Section

Articles