The invention discloses a
processing technology of an air-permeable
glass material structure. According to the technology, firstly, the front and back surfaces of the substrate are coated with a
graphene coating or an anti-static scratch-resisting functional
coating to form function
layers on the front and back surfaces of the substrate, wherein the
graphene coating is prepared from 20-50 parts oftackifier, 2-15 parts of
graphene dispersion solution, 0.01-0.5 part of surfactant and 5-20 parts of deionized water; the function layer is coated with a protective membrane or covered with a protective membrane in a heated mode;
punching is conducted on the material surface through adoption of a
laser mode or a
plasma mode or a needle roller mode or a
chemical corrosion mode or a mechanical continuous working mode; slitting, rolling and packaging are conducted, and then the air-permeable
glass material structure is prepared by the technology. The
processing technology is simple and low in cost, the prepared air-permeable
glass material structure is simple, and the problems that due to draught-free
indoor air, pathogenic microorganisms are generated and the concentration of harmful gas including
formaldehyde,
carbon dioxide and the like is high can be solved; ventilation of a sealed space is achieved by opening a window, and meanwhile, the indoor temperature loss can remain at the lowest amount; the air-permeable glass
material structure has the good functions of sound insulation, dust prevention, wind prevention, rain prevention, mosquito and pest prevention and collision and falling prevention and can meet the demand for light collection performance.