The technological properties of a series of granite rocks are studied, and it is shown that they can be effectively used as fluxes for porcelain mixes. It is found that low-temperature porcelain can be obtained under intensified heat-treatment. The phase composition, microstructure, and properties of the materials are studied. The effect of the properties of the liquid phase on the formation of structure and the usage and decorative properties of porcelain fabricated by energy-conserving technology are determined.

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