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<p>The effect of alloying with molybdenum (Mo) on the electrochemical properties of α‑titanium manufactured by secondary technology (electroslag remelting in an open mould to produce a&#xa0;55 mm diameter ingot) was investigated. The consumable electrode was made from the cutting waste (sheet scrap) of commercially pure titanium (90 wt%) and molybdenum (10 wt%). The electrochemical behavior of the titanium samples in 40% H<sub>2</sub>SО<sub>4</sub> and 20% HCl solutions was evaluated by the potentiodynamic polarization method. The Mo-alloyed titanium has higher corrosion resistance compared to secondary manufactured and commercially pure VT1‑0 titanium.</p>

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Increase of the corrosion resistance of secondary manufactured titanium by molybdenum alloying

  • 期刊论文

  • 发表日期：

    2025年7月1日

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  • I. M. Pohrelyuk,
  • D. I. Bilonik,
  • S. M. Lavrys,
  • I. M. Bilonik,
  • R. V. Proskurnyak,
  • O. E. Kapustyan

摘要

The effect of alloying with molybdenum (Mo) on the electrochemical properties of α‑titanium manufactured by secondary technology (electroslag remelting in an open mould to produce a 55 mm diameter ingot) was investigated. The consumable electrode was made from the cutting waste (sheet scrap) of commercially pure titanium (90 wt%) and molybdenum (10 wt%). The electrochemical behavior of the titanium samples in 40% H2SО4 and 20% HCl solutions was evaluated by the potentiodynamic polarization method. The Mo-alloyed titanium has higher corrosion resistance compared to secondary manufactured and commercially pure VT1‑0 titanium.