The invention discloses a
molybdenum disulfide anticorrosive
coating based on electrochemical deposition and a preparation process thereof. The
molybdenum disulfide anticorrosive
coating comprises anelectroplating reactant, a
solvent and an auxiliary agent, wherein the
electroplating reactant comprises the components of, in parts by weight, 27-41 parts of
molybdenum pentachloride, and 6.5-9.6 parts of elemental
sulfur, and the
solvent comprises the components of, in parts by weight, 65-75 parts of pure water and 25-35 parts of
ethylene glycol. According to the
molybdenum disulfide anticorrosive
coating, the components of the anticorrosive coating and the preparation process are arranged, so that
molybdenum disulfide crystal grains in the coating are of a
fullerene structure, the added auxiliary agent is partially inserted between
molybdenum disulfide layers, carbonized at high temperature, and promotes formation of the
fullerene structure, and mutual
dissolution between
metal zinc andmetal aluminum in modified
graphite promotes and improves the lubricating property, the
corrosion resistance and the
mechanical property of the coating, so that the comprehensive performance of the coating is improved while the
corrosion resistance function of the coating is realized, and the coating is suitable for wide popularization and application.