GLASS-CERAMIC GRANULATED TECHNOLOGY FOR EXTERIOR WALL HEAT INSULATION

The paper presents the development and technology of glass-ceramic granulated material based on broken glass, clay and organic additives. The process of swelling the glass mass is studied, and the mixture composition and burning temperature influence on grain properties are determined in this paper. Such specifications as pour density, grain hardness, thermal conductivity, and water absorption by mass are determined for the suggested granulated material. The data comparison is given for the efficient use of the suggested glass-ceramic material for heat insulation of attic floors.

стеклобой, глина, органические добавки, шихта, обжиг, стеклокристаллический материал, гранулы, поры, средняя и насыпная плотность, прочность, водопоглощение, теплопроводность, расчет эффективности теплоизоляции, broken glass, clay, organic additives, mixture, baking, glass-ceramic material, grains, pores, pour density, hardness, water absorption, thermal conductivity, thermal insulation efficiency

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