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With the emergence and development of computer technology, it has been used in many fields of production and life. Especially in the production of chemical industry, the role of computer-aided software can not be underestimated. As a research hotspot in the field of fine chemical industry in recent years, adhesive wear-resistant coating can not only make the coating stronger, but also fundamentally save resources. Therefore, it is necessary to develop its materials and analyze the wear mechanism. In this study, the basic information of adhesive wear-resistant coating, the method of developing adhesive wear-resistant coating based on computer, and the wear mechanism and influencing factors of adhesive wear-resistant coating are discussed, which provides a methodology for solving this problem.

In order to improve the friction and wear performance of steel under severe service conditions such as high temperature, epoxy resin E-51 resin is used as the base material, graphite, MoS2 and other high temperature wear-resistant materials are used as pigments to prepare a kind of oil-coated high temperature resistant paint. The entropy weight method is used to comprehensively evaluate high temperature wear, thermal weight loss rate, and corrosion current density. The results show that the coating optimized by the entropy weight method has excellent performance. Among them, the high temperature wear rate of the paint film is 0.83%, the thermal weight loss rate at 200 °C is 4.56%, the thermal weight loss rate at 400 °C is 27.84%, and the corrosion current density is 9.31E-9. The alkali resistance of the paint film is far greater than the national standard.