Anticorrosion performances of modified polymeric coatings on E32 naval steel in sea water

Anticorrosion Performance of the Electrochemically Grown Mixed Porous Oxide Films on Titanium Alloy in Biological Solution

“…This behavior can be explained by the formation of a more stable and protective mixed oxide thin layer on the titanium–zirconium alloy surface by anodic oxidation treatment, which acts as barrier films to hinder metal-ion release. Similar observations have been reported by other authors who measured the OCP of untreated and plasma electrolytically oxidized cp-Ti surface, in artificial saliva.…”

“…The equivalent circuit model shown in Figure a as R e (Q n R n ) with only one time constant was employed to describe the electrochemical behavior of the spontaneously formed native oxide film on Ti–10Zr alloy surface by fitting the EIS data . The parameters R e and R n represent electrolyte resistance and the resistance of the native oxide passive film, respectively.…”

Nanocomposite coatings on steel for enhancing the corrosion resistance: A review

“…A wide range of epoxy resins are produced industrially for different technological applications. 39 Mardare et al 30,40 experimented with the effect of pristine and TiO 2 incorporated epoxy paint on the corrosion properties of naval steel plates immersed in sea water. A two component polyamide with glossy acrylic PU was coated at a thickness of $80 mm on steel.…”

Effects of TiO2 Nanoparticles on the Corrosion Protection Ability of Polymeric Primer Coating System

“…Corrosive organic coatings are presented in the literature as a solution for improving the surfaces of metallic materials against corrosion. In the literature, surface improvement by the incorporation of TiO 2 nanoparticles into the polymeric matrix has been reported by several authors: Benea et al [ 11 ] demonstrated that the addition of TiO 2 nanoparticles into polymeric matrix increases the corrosion resistance of E32 (low alloyed steel); Deyab et al [ 12 ] showed that TiO 2 nanoparticles can improve the corrosion and mechanical properties of nanocomposite coatings through particle dispersion; Pour et al [ 13 ] demonstrated that the addition of 1 wt% TiO 2 in the resin matrix improved the tensile strength and the crack propagation of mild steel; and Wei et al [ 14 ] demonstrate that adding TiO 2 nanoparticles improve the antimicrobial properties, as well as enhanced hardness and wear resistance.…”