Industrial maintenance coatings are mainly used in industrial anticorrosion, home appliances, marine aquatic parts, furniture and coils. In the early years, considering the high cost of organic silicon, industrial maintenance coatings mostly used organic resin coatings. In recent years, as the price of petroleum continues to rise, the development trend of the coatings market is to reduce volatile organic compound (VOC) emissions and reduce costs. Prolonging the service life of coatings is one of the ways to reduce VOC emissions and reduce costs. The introduction of silicones in organic resins is a good way to extend the life of coatings.
It is found through calculation that the total cost of coating construction = additional costs (production downtime costs + surface treatment costs + painting man-hour costs + waste disposal costs) + coating costs.

Additional costs are often greater than coating costs.

The market's control of paint emissions, the control of the total cost of paint construction, and the development of technological requirements for paint performance have driven the development of silicone-organic resin composite paints in industrial maintenance paints. Because efficient and durable composite coatings can reduce the additional cost of coatings.

Coatings formulated from the silicone-organic resin prepared by the cold spelling and copolymerization methods benefit from the UV resistance and chemical resistance of the silicone, as well as the curing mechanism and physical properties of the organic resin. Current research in silicone technology has focused on overcoming the inherent limitations between silicone homopolymers and organic homopolymers. Among the most widely cited patents is the application of silicones in industrial protective coatings, describing a series of resin systems of silicone-organic resin copolymers, including epoxy, polyurethane, amino compounds, sulfones, polyesters, polybenzenes Benefits from organic resins such as sulfide and polycarbonate.