Abstract
The article presents an analysis of the dependence of the strength characteristics of new polymer-mineral composite building materials on the percentage of mineral filler components. The influence of the main components that are not included in the noncrystalline phase of the samples under study on the physical and mechanical properties of the materials under study was evaluated. The results showed that the use of substances with a high content of crystals with perfect splitting without crystals with imperfect splitting as fillers for a polymer composite could contribute to the production of building materials with high strength characteristics. These results can be used to assess the joint influence of components on both the physical characteristics already considered and others.
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