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GEOPOLYMERIC CONSTRUCTION MATERIALS WITH INCREASED BIOLOGICAL RESISTANCE

The paper attempted to produce geopolymer construction materials with improved biological resistance based on glass waste to create an alternative to cement. With the use of modern physical methods, processes of structure-forming of cementing substances based on sodium-potassium silicate glasses have been studied. It has been found that when the glass-absorbent binder-based composite materials are solidified, the complex alkaline composition is formed. Stability of developed materials under conditions of exposure to biologically active media was investigated. Potential mechanical devices of materials operated in rooms with different microclimates, provided by the production process, have been identified.