摘要
In this study, a high-performance corrosion-resistant film coating (CUGC-250) is proposed, which utilizes modified carbon nanotubes, reduced graphene oxide, modified fullerene and 2-(2′‑hydroxy-5′-methylphenyl) benzotriazole form a barrier layer, which greatly delays the reaction time of aging. It achieves corrosion resistance and (ultraviolet) UV resistance. CUGC-250 provided a complex tortuous path for the adsorption of H2O molecules by its OH bonds. By utilising the scale effect, the barrier layer was made more stable and complex, and the reaction time of aging was delayed. Provides a new solution for corrosion resistant applications in the industry.