Abstract
A procedure for obtaining foam materials based on an epoxide compound is presented, and the characteristic features of the process are considered. The rheological properties are studied, and the effect of the viscosity of the compound on the morphology of the foam materials being formed is found. Results of a study of the physical and mechanical and thermophysical properties of the developed foam materials are presented. The possibility of obtaining foam materials with physicomechanical and thermophysical operational properties controllable in a wide range is shown.
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