INVESTIGATION OF THE EFFECTIVENESS OF MODIFIED CLAY NANO PARTICLES EMBEDDED IN EPOXY RESIN AS AN ORGANIC ANTI-CORROSION COATING FOR MILD STEEL
Abstract
In industrial applications, corrosion is a major problem since it causes material deterioration,
decreased performance, and higher maintenance expenses. The usefulness of modified clay
nanoparticles embedded in epoxy resin as an organic mild steel anti-corrosion coating is examined
in this work. Prior to incorporating the modified clay nanoparticles into an epoxy matrix, the
research focuses on their synthesis and characterization. To evaluate the protective qualities of the
coating, experimental tests were carried out, including weight loss measurement, surface
morphology assessment, and adhesion strength analysis. The findings show that by decreasing
permeability and creating a more intricate diffusion barrier against corrosive chemicals, the
modified clay nanoparticles greatly increase the epoxy coating's resistance to corrosion. The study
also determines the ideal concentration of nanoparticles in the resin to balance mechanical qualities
and corrosion resistance. This study contributes to increased material longevity and improved
industrial safety by providing an economical and sustainable substitute for conventional inorganic
coatings.
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