DEVELOPMENT AND INVESTIGATION OF THE PROPERTIES OF LOW-TEMPERATURE FUSIBLE ENAMEL COMPOSITIONS BASED ON THE “KHIVA QUARTZ SAND – SULTAN UVAYS FELDSPAR – LEAD-CONTAINING WASTE” SYSTEM
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This article presents the results of research on the development of low-temperature fusible glass enamel compositions based on Khiva quartz sand, Sultan Uvays feldspar, and lead-containing industrial waste, as well as the investigation of their physicochemical and technological properties. Based on experimental studies, GEF-1, GEF-2, and GEF-3 compositions were developed, and their coefficient of linear thermal expansion, spreading ability, adhesion strength, density, and softening temperature were determined. The results showed that the GEF-3 composition fully complies with the requirements of GOST 24405-80.
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References
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