Energy Efficient Lightweight Guarding Structures

Аннотация

The article presents data from studies of porous claydite concrete with TPP ash and polymeric polyfunctional additive K-9. The concrete is intended for the production of building envelopes. An increase of 12% in the initial modulus of elasticity, an increase in physical and mechanical properties, a decrease in the coefficient of thermal conductivity of porous claydite-ash concrete by 8.1% are shown, which indicates an increase in the heat-shielding properties of enclosing structures, an increase in their energy efficiency. KEYWORDS Sustainable development strategy, "green" construction, lightweight concrete, deficit of expanded clay sand, porous binder, porous concrete mixture, complex gas generator, TPP ash, polymer additive, porous expanded clay ash concrete, water absorption of concrete, porosity, heat-shielding properties of enclosing structures.