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Massive applications of mild steel as materials of construction in various industries are well documented. Mild steel exhibits low cost, readily available and good mechanical characteristics among others [1-4]. The most prominent concern is the huge degradation rates associated with this material. Generally, several approaches exist in reducing the material wastages most especially in tribocorrosion environment and these include: inhibition, materials selection, electrochemical (anodic and cathodic) protection and coating. Literature survey shows that coating is becoming popular to minimize the wastages rate associated with mild steel due to its benefits compared with others [5-12]. Primarily composite coating is adjudged to confer adequate protection and basically, Zn electrodeposition is widely applied due to its excellent corrosion and mechanical behaviour. In spite of this, they are subjected to short life span and high deterioration rate in aggressive environment. It was on this basis that concerted efforts are adopted by various studies to improve on these limitations. The consensus was that surface modifications greatly assist the strengthening mechanisms and minimize occurrence of material wastages. The functionality of good composite coating is greatly affected by the microstruStudy of Particle Incorporation and Performance Characteristic of Aluminium Silicate-Zirconia Embedded on Zinc Rich Coatings for Corrosion and Wear Performance

asian journal of chemistry/asian journal of chemistry

Study of Particle Incorporation and Performance Characteristic of Aluminium Silicate-Zirconia Embedded on Zinc Rich Coatings for Corrosion and Wear Performance