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Due to the planet’s oxidizing atmosphere, metal corrosion is considered one of the most severe problems across various industries and causes not only material destruction but also tremendous economic damages. over the past few decades many anti-corrosion methods have been proposed, which can be divided into two groups: active corrosion protection and passive corrosion protection. The former mechanism is based on the fabrication of corrosion-resistant alloys and the application of inhibitors on the metallic surface, whereas the latter mechanism relies on the development of coating films that isolate the underlying metal from its corrosive environment [1, 2]. In fact, corrosion can be effectively and economically prevented by using suitable anticorrosion coatings. Among the available coating materials, chromate coatings have been widely used to passivate steel, aluminum, and other metals. Chromate was also used as an inhibitive pigment in the formulation of protective paint [3, 4]. However, due to the presence of hexavalent chrome, this type of coating and pigment is highly toxic and carcinogenic [3-7]. Thus, it is exceedingly necessary to develop novel materials that are both adequately anti-corrosive and environmentally benign [8, 9].

One-step synthesis and performance evaluation of zinc metavanadate pigments as highly anticorrosive primers