Abstract
Modern trends in the development of technologies for matting glass and glass products are considered. An effective technology of glass matting using alternative energy sources, in particular low-temperature plasma, has been developed. It is shown that when matting with iron powders with a dispersion of 160 and 450 microns, a high-quality matte surface of the “frosty” matting type is formed. The microstructure of the matted surface is investigated. Theoretical aspects of glass matting are considered. The technological parameters of matting are determined and the economic efficiency of the developed technology is shown.
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