Recently, the latest technical analysis of wear and scratch resistant additives in the coating material industry has been released, systematically sorting out the performance differences and application schemes of three mainstream additives: organosilicon, wax and inorganic nanoparticles, providing accurate selection guidance for UV coatings, wood lacquer, optical films and other scenarios. Organosilicon additives form a lubricating layer through surface migration, with a dosage of only 0.1%-0.5%, suitable for high-gloss topcoats and hand feel requirements. Wax additives improve wear resistance through physical barriers, with low cost, widely used in inks and wood systems. Inorganic nanoparticles can significantly enhance coating hardness and durability. The technical scheme emphasizes compound synergism, and the combination of organosilicon and nanoparticles can balance lubrication and hardness. This achievement provides a scientific basis for coating formula optimization and helps high-end coatings achieve both aesthetics and durability.

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