A paint with a temperature resistance of 600°C, a strength of up to 150Mpa, excellent anticorrosive properties, and a variety of functions and a high-temperature wearable and anticorrosive coating, has been successfully developed by Beijing Chemical Co., Ltd., and has exclusive patented latest technology. ZS-1031 high temperature wear-resistant anti-corrosion coating can be painted on the pipeline, chemical equipment, storage, kilns, pharmaceuticals, aerospace, sewage and other well-protected substrate, extending the service life of the substrate, coating performance is much larger than ordinary materials, The technical content has reached the world advanced level.

High-temperature wear-resistant anti-corrosion coating adopts the company's unique patented technology, and is made by precision machining. The coating has the composite functions of anti-corrosion, wear-resistance, high-temperature impact resistance and good flexibility. The coating film-forming substance is a long-chain structure containing a hydroxyl group, which facilitates the dispersion and curing of the pigment and allows the cured coating to have good flexibility and impact resistance. The inorganic fibers in the coating further ensure the impact resistance of the coating. And the high-performance wear-resistant anti-corrosion coating composed of a variety of components of ceramic functional fillers, mutual cooperation gives the coating wear and corrosion resistance, and enhance the coating adhesion, overcome the internal stress generated by the curing volume shrinkage of the coating.

According to thousands of experiments, researchers found that adding UV absorbers to the coating filler can greatly improve the weather resistance of the coating and prolong the service life of the coating. Anti-ultraviolet radiation material is added to ZS-1031 high-temperature wear-resistant anti-corrosion coating, which is used as topcoat in the atmospheric environment. Due to the small particle size of nano-materials, different absorption, reflection, and scattering effects are produced for different wavelengths of light, significantly improving the coating. The UV absorption improves the weatherability of the coating.

High-temperature wear-resistant anti-corrosion coatings, in particular, have strong adhesion to metals, are resistant to chemical corrosion and oil resistance, and are particularly good at acid and alkali resistance. In most environments where corrosion and wear are used, it is generally desirable for the coating to have both strong corrosion resistance and high wear resistance as well as other properties. In particular, the high wear resistance of the coating plays an important role in maintaining the integrity of the coating. Corrosion resistance has a very large impact, so how to improve the performance of coatings such as corrosion resistance and wear resistance has become one of the research hotspots in the coatings industry.