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<p>In this work, imidazole (IMZ) is evaluated as a corrosion inhibitor for archaeological steel associated with wood in 10% PEG-200 solution. Inhibitory properties were characterized by electrochemical measurements and morphological analysis, while fungicidal power was monitored by natural aging. The results showed that IMZ is a mixed-type inhibitor with an efficacy of 99.5%, which improves with time, of which 32&#xa0;°C proved to be the optimum temperature. In impregnation, IMZ preserved the original appearance of the nail while minimizing wood mineralization, although its biocidal power remained insufficient.</p>

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The effect of imidazole as a corrosion and biocorrosion inhibitor on archaeological steel associated with wood in water-10% PEG-200 solutions

  • 期刊论文

  • 发表日期：

    2025年7月11日

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  • F. E. Belharcha,
  • M. Ebn Touhami,
  • Y. Baymou

摘要

In this work, imidazole (IMZ) is evaluated as a corrosion inhibitor for archaeological steel associated with wood in 10% PEG-200 solution. Inhibitory properties were characterized by electrochemical measurements and morphological analysis, while fungicidal power was monitored by natural aging. The results showed that IMZ is a mixed-type inhibitor with an efficacy of 99.5%, which improves with time, of which 32 °C proved to be the optimum temperature. In impregnation, IMZ preserved the original appearance of the nail while minimizing wood mineralization, although its biocidal power remained insufficient.