The expediency of using zirconium-free frits in the production of semi-fritted wear-resistant glass-crystalline coatings has been established, which provides a reduction in the total fuel and energy costs for the production of floor tiles by reducing the synthesis temperature of the frit by 80-100 ° C and reducing its amount to 20-22.5% in the raw material compositions. Tab. 3, ill. 3, bibliography: 6 titles.
Nosova Z.A. Zirconium glazes. Moscow: Stroyizdat, 1973.192 p.
Grum-Grzhimailo OS Light-scattering glass-crystalline glazes for high-speed building ceramics: dis. ... Dr. Tech. Sciences / Mosk. chem.-tech. in-t them. D.I. Mendeleev. M., 1988.32 p.
Steinberg Yu. G. Glassy coatings for ceramics. L .: Stroyizdat, 1989.193 p.
Kalinina A.M., Tugucheva I. Ya., Filipovich V.N., Dependence of the crystallization kinetics of ZrSiO 4 on the degree of dispersion of the particles of the initial zirconium glaze glass // Glass Physics and Chemistry. 1981. T. 7. N 3. P. 306 - 311.
Levitsky IA, Barantseva SE, Mazura NV Features of structure and phase formation in zirconium-containing frits and glazes // Glass and ceramics. 2009. N 7. P. 25 - 28.
Levitsky IA et al. Processes of formation of semi-fritted wear-resistant zirconium-containing coatings of ceramic tiles for floors // Tr. BSTU. Ser. III. Chemical technology of inorganic substances. Minsk, 2009. Issue. XVII. S. 34 - 39.
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