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Abstract <p>Influence of porosity of composite gas-thermal coatings based on titanium alloys (Ti–Al)–(Fe–Cr) and (Ti–Al)–(Fe–Cr–Ni–Mo) containing TiN on their structure, wear resistance, and anticorrosion properties was studied. It was shown that the additional introduction of steel wire during thermal spraying significantly reduces their porosity, resulting in high hardness and wear resistance of coatings, as well as their increased corrosion resistance.</p>

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Wear Resistance and Anticorrosion Properties of Composite Gas-Thermal Coatings Based on Systems (Ti–Al)–(Fe–Cr) and (Ti–Al)–(Fe–Cr–Ni–Mo)

  • 期刊论文

  • 发表日期：

    2026年2月19日

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  • A. N. Grigorchik,
  • V. A. Kukareko

摘要

Abstract

Influence of porosity of composite gas-thermal coatings based on titanium alloys (Ti–Al)–(Fe–Cr) and (Ti–Al)–(Fe–Cr–Ni–Mo) containing TiN on their structure, wear resistance, and anticorrosion properties was studied. It was shown that the additional introduction of steel wire during thermal spraying significantly reduces their porosity, resulting in high hardness and wear resistance of coatings, as well as their increased corrosion resistance.