The goal of this study is to validate the components used in the production of a body-insulating dry building mixture for finishing aerated concrete walls. The possibility of lowering the thermal conductivity of heat-insulating finishing coatings by employing aluminosilicate ash microspheres and glass hollow microspheres as fillers has been demonstrated. Depending on the type of filler employed, a heat transmission mechanism through heat-insulating composites is explored. The ability of the finishing coat to reflect heat is revealed to be independent of the type of filler used. It has been demonstrated that the convective component of heat transmission has little effect on the heat-shielding properties of the finishing coatings in question.
Author (S) Details
V. I. Loganina
Penza State University of Architecture and Construction, Russia.
M. V. Frolov
Penza State University of Architecture and Construction, Russia.
Yu. P. Skachkov
Penza State University of Architecture and Construction, Russia.
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