Savchuk P. Scientific and technological bases of creation and guided functioning of epoxy composites with different filling degree

ECM-systems are classified into low-, media- and highly filled; dominant influential features that are reflected on their functional properties are distinguished. By means of separation structural and functional ECM components and their links the models of polymer systems construction with different degree of dispersed filling are offered . Principles of creation and guided functioning of ECM-systems as well as the methods of their control and diagnostic properties are generalized. The main variants of control for the processes of epoxy composites structurization are worked out. By means of adding modifiers into polymer matrix and introducing ingredients that perform function of reinforcing into multifilled system the materials with stable physical and mechanical characteristics with the low, media and high filling degree are obtained; and the correspondent working characteristics are achieved on the final stage of their creation by means of application functional additives (highly disperse titanium carbide, graphite and fluoroplastic). Methods of tribotechnical ECM characteristics regulation are analysed by modifying ingredients of the system (qualitative and qualitative components). Research-industrial control and introducing into industry the developed materials with different degree of filling and different functional purposes is made.