Anticorrosion properties of composite inhibiting pigment based on natural calcium silicate and zinc monophosphate

Keywords

an aluminum alloy corrosion, natural calcium silicate, zinc monophosphate, anticorrosion pigment, atmospheric precipitation, potentiodynamic polarization, impe­dance spectroscopy, scanning electron microscopy.

Cite as

Khlopyk O. P., Zin I. M., Datsko B. M., Bilyy L. M., Duriagina Z. A., and Korniy S. A. Anticorrosion properties of composite inhibiting pigment based on natural calcium silicate and zinc monophosphate. Physicochemical Mechanics of Materials. 2023. 59(2), 109-116.

https://doi.org/10.15407/pcmm2023.02.109

Abstract

A composite inhibiting pigment based on natural silicate – wollastonite and acid salt (zinc monophosphate) was obtained by the method of mechanochemical modification. The new composite pigment wollastonite–zinc monophosphate has high protective properties on aluminum alloy in the environment of weakly acidic atmospheric precipitation, and is su­perior to a simple mixture of calcium silicate and zinc monophosphate in protective cha­racteristics. According to the research results, an effective corrosion-resistant film con­sisting of calcium, zinc and aluminum phosphates is formed on the surface of the alloy in the extraction of the composite pigment.

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