Abstract
We investigate the influence of supermolecular formations on properties of filled epoxy materials. The results of analysis show that, with increase in the concentration of a filler, the properties of composite materials depend on the activity of the filler with respect to components of the binder, which determines, in turn, the conditions of transition of the composite material to the state of boundary layers. To a great extent, the volume of the material in boundary interlayers, their chemical composition, and structure determine the properties of composites. We analyze the influence of the nature of the filler, its dispersity, concentration, and activity on the properties of the composite and conditions of formation of boundary interlayers.
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