The inhibitory impact of Oxacillin on corrosion of Mild steel alloy in 1.0 M HCl acid medium became investigated by way of weight reduction measurement, Tafel Polarization and EIS techniques. The electrochemical outputs proved that the Oxacillin as powerful corrosion inhibitor. The outputs found from electrochemical, weight loss and EIS studies showed exact consistency. The Present paper involves the examine of weight loss, tafel polarization, EIS and microstructural behavior of mild steel alloy with and without inhibitor. The corrosion research for Mild Steel have been executed with the aid of using electrochemical analyser in 1.0 M HCl medium at different temperature with and without organized inhibitor. From microstructural research, intergranular corrosion with lines of pitting was observed within the samples while immersed in the HCl solutions without inhibitor.
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