Sunlight control low radiation, ultraviolet cutoff, photocatalytic sterilization multifunctional coated glass and preparation method thereof

Application Number: 200710022841.2 Application date: 2007.05.24
name: Sunlight control low radiation, ultraviolet cutoff, photocatalytic sterilization multifunctional coated glass and preparation method thereof
Public (announcement) number: CN101054268 Public (announcement) day: 2007.10.17
Main classification number: C03C17/34(2006.01)I The original application number of the division:
Classification number: C03C17/34(2006.01)I; C03C17/22(2006.01)I; C03C4/00(2006.01) I; C03C4/08(2006.01)I; C23C14/06(2006.01)I; C23C14/35(2006.01)I
Award day: priority:
Application (patent) person: Lu Xiuqiang
address: No. 102, Zhujiang Road, East District, Economic Development Zone, Suqian City, Jiangsu Province, China
Invention (design) person: Lu Xiuqiang International application:
International announcement: Enter country date:
Patent agency: Huai'an Kewen Intellectual Property Office agent: Xie Guansu
Summary
The invention discloses a sunlight-controlled low-radiation, ultraviolet-cutting, photocatalytic sterilizing multifunctional coated glass and a preparation method thereof, and the film structure of the coated glass is sequentially outward from the substrate glass: glass, sunlight-controlled infrared reflective film layer, ultraviolet cut-off The film layer, the photocatalytic bactericidal film layer (the ultraviolet cut film layer, the sunlight control infrared ray reflection film layer order may be interchanged); wherein the chemical composition of the sunlight control infrared ray reflection film layer is: transparent wide band gap semiconductor oxide: In2O3: Sn film, SnO2: Sb film or ZnO: Al film; the chemical composition of the ultraviolet cut-off film layer is: a composite of titanium oxide and cerium oxide; the chemical composition of the photocatalytic sterilizing film layer is: anatase structure titanium dioxide. The preparation method is as follows: firstly, the glass substrate is washed, dried, and then subjected to a pre-vacuum transition; then the target is prepared; and then the film layer is formed by magnetron sputtering.

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