ENHANCING CHARACTERISTICS OF A CERAMIC PRODUCT FROM LOCAL RAW MATERIALS PRODUCED ON THE BASIS OF A LARGE SOLAR DEVICE IN A NON-CONVENTIONAL MODE

This article provides information on the properties of a ceramic plate made from local raw materials processed in a solar device. It is noted that it is possible to optimize the production process of imported ceramics based on local raw materials. It has been shown that by partially modifying the composition of naturally occurring serpentine, it is possible to obtain high temperature resistant materials that can be used instead of imported silicon carbide. Technical and economic indicators of the organization of production of products based on serpentine melted in a large solar furnace are based.