The invention discloses a
processing method of a transparent, self-cleaning, antibacterial, and wear-resistant
coating on the
polymer surface. The preparation method comprises the following steps: preparing a
titanium peroxide solution; preparing a
titanium peroxide compounded complex solution; preprocessing a substrate; impregnating the substrate into the
titanium peroxide compounded complex solution, and carrying out a heat treatment to obtaina transparent, self-cleaning, antibacterial, and wear-resistant
coating on the substrate. The provided method can produce a
transition metal oxide coating on the surface of a substrate, the coating has a large surface and photoelectrical function, the production cost is low, no pricy equipment is needed, and the procedure is simple. Through the
redox reactions between
polymer monomers with a conjugate structure and a
transition metal peroxide compounded complex, the destruction to
adhesive and substrate due to optical
corrosion of optical active oxides is avoided, and moreover, the optical activity is enhanced through the
heterojunction effect. Besides, through the design and synthesis of a peroxide compounded
complex system, the application range of painting by utilizing the
redox reactions between
polymer monomers with a conjugate structure and a
transition metal peroxide compounded complex is enlarged.