One of the most promising directions of researches in the building industry is development of resource-saving technology of producing heat-insulating materials, efficient in saving the energy resources, spent for providing and maintaining the necessary temperature conditions indoors. Increased requirements to the heat insulation of buildings pose for technologists and designers the new tasks associated with improved the heat retention properties of materials used in construction. The article describes the parameters of the foaming mixture, affecting the intensification of pore-formation processes and the high-porosity heat-insulating materials structure formation.
foam glass, heat insulation, heat conductivity coefficient, porosity, strength, water absorption, foaming, annealing, heat-insulating material
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