Low-radiation self-cleaning composite functional glass and preparation method thereof

Application Number: 200710054653.8 Application date: 2007.06.22
name: Low-radiation self-cleaning composite functional glass and preparation method thereof
Public (announcement) number: CN101070226 Public (announcement) day: 2007.11.14
Main classification number: C03C17/34(2006.01)I The original application number of the division:
Classification number: C03C17/34(2006.01)I; C03C17/23(2006.01)I; C03C17/245(2006.01)I
Award day: priority:
Application (patent) person: China Luoyang Float Glass Group Co., Ltd.
address: No. 9 Tanggong Middle Road, Xigong District, Luoyang City, Henan Province, China
Invention (design) person: Yan Xiao; Jiang Hong; Lang Ming; Guo Wei International application:
International announcement: Enter country date:
Patent agency: Zhengzhou Zhongmin Patent Agency Co., Ltd. agent: Guo Zhongmin
Summary
The low-radiation self-cleaning composite functional glass disclosed by the invention has a three-layer film structure, and the film layer is SiO2 transition layer from the glass outward, ion-doped SnO2 layer, and ion-doped SiO2-TiO2 layer. The on-line preparation method is a sol-gel method, combined with an atomization deposition method, using a thermal decomposition gelation process of a sol at a temperature of 450 ° C to 550 ° C for thermal deposition, and a film layer is sequentially formed on an in-line glass plate surface. The invention has reasonable control of coating material concentration, doping ion species, thermal decomposition temperature and film thickness, so that the glass coated with the film has low radiation performance, and is stable monolithic low-emissivity glass, and the use cost is lowered. And can achieve low-radiation tempering and hot bending and other reprocessing. Can be applied to ordinary building houses and car front windshield. By controlling the crystal form of the outer protective film layer TiO2, the film layer has photocatalytic performance, and achieves antibacterial and self-cleaning effects. The dual function of low radiation and self-cleaning of the glass is achieved.

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