Abstract

Zinc titanate particles were synthesized by using electrochemical techniques. The synthesized of zinc titanate
was in-situ deposited on mild steel surfaces. The deposition of zinc titanate was confirmed by XRD analysis. The
corrosion protection of mild steel with surface deposition of zinc titanate particles were evaluated by immersing
in neutral water (tap water) for different durations. Weight loss methods, open circuit potential measurements,
and potentiostatic polarization techniques were used to measure the corrosion behaviour of mild steel in water.
The corrosion rate of zinc titanate deposited mild steel shows lower values compared to pure mild steel in
aqueous medium