Development of Compositions and Technological Parameters for the Synthesis of Cellular Glass Heat-Insulation Construction Materials with Prescribed Density

Abstract

The possibility of synthesizing heat-insulation construction materials with prescribed density on the basis of cullet, slag from a metallurgical plant, and ash-slag wastes from thermal power plants (TPP) is examined. The effect of the type and amount of pore-formers on the structure and properties of cellular glass heat-insulation construction material is analyzed. The compositions, technological parameters, and temperature – time regimes are worked out for the synthesis of tiles, construction – heat-insulation blocks, and porous fillers from cellular glass based on technogenic raw material for light-weight concretes.