DEPENDENCE OF THE REACTION AND FOAMING ABILITY OF COMPOSITIONS ORGANIC AND INORGANIC POROUS STEAM GENERATORS OF CELLULAR HEAT-INSULATING CONSTRUCTION GLASS MATERIAL FROM THEIR RATIO AND PROPERTIES Dependence of the reaction and foaming ability of compositions organic and inorganic porous steam generators of cellular heat-insulating construction glass material from their ratio and properties

Published in Technique and technology of silicates · Pages 7–12 · Rubric: MAIN RUBRIC
Received: 21.12.2015 Accepted: 23.12.2015 Published: 25.12.2015 Language of publication: RUS
Results of studies of dependence of the reaction and foaming ability of compositions organic (glycerin) and inorganic (liquid glass, carbon and carbonate materials) porous steam generators from their ratio and properties are given. For this purpose were defined and estimated coefficients of foaming and porization of a number of samples. The best foaming pores structure was composition «liquid glass - glycerin». Samples obtained with its use, characterized by density about 200 kg/m 3, coefficients of foaming and porization 5-6 and large evenly distributed pores, which is a sign of good insulating properties.
resource-saving, cellular heat-insulating construction glass material, organic and inorganic porous steam generators, reaction and foaming ability