In the present study, the influence of the mode of electrodeposition on the corrosion resistance of zinc (Zn) coating on mild steel substrate has been evaluated.
Fig. 9 a 2D topography and b 2D torsion maps of the surface for Fe-Co-Mo coating on mild steel substrate with thickness of 10 μm deposited in pulse mode.
These silane based sol gel coatings were prepared by dip coating planar samples of mild steel in solution of an organically modified silica sol made from hydrolysis and polycondensation of tetraethylorthosilicate (TEOS) and methyltriethoxysilane (MTES) in acid catalysis condition.
The adhesion strength between zinc-fly ash composite coating and the mild steel substrate was found to be higher than that of the pure zinc coating to mild steel.
The synthesized composites were loaded in epoxy resin and subsequently coated on mild steel substrate using powder coating technique.
The development of a new environment-friendly anticorrosive coating for mild steel substrate is afforded in this work.
Electrochemical coating of phosphates on mild steel and stainless steel surfaces was carried out under galvanostatic conditions.
Present study is focused on the development of conducting polymer based copolymer composite coating materials for corrosion protection of mild steel.
Such thermoresponsive PFA derivatives were used as polyamine hardener in the waterborne epoxy resin formulations to form coating films onto the surface of mild steel.
A conversion coating was formulated and applied on mild steel prior to sol gel Al2O3 coating to improve the corrosion resistance of mild steel.
