Characteristics of galvanized, graphene oxide and aluminum waste powder for coating on medium carbon steel

Abstract

Medium carbon steel is one of the components vulnerable to corrosion although it has been coated. The purpose of this study is to measure the rate of corrosion penetration on low carbon steel coated galvanized penetration, graphene oxide, and aluminum waste powder. The process used is the use of hot dip galvanizing, where steel samples with temperature variations are immersed in hot liquid aluminum waste powder. Corrosion Penetration Rates (CPR) using dipped weight loss method in NaCl solution, the results obtained do not exceed the usual corrosion rate (0.5 mm / year) needed.