“…[1][2][3][4][5][6][7] Obtaining metal-filled polymer composites with a wide range of technological and operational properties, their combination and predictable regulation become possible due to a number of factors. First of all, it is the presence of polymer matrices different in nature and, accordingly, in their characteristics (thermosets, 8,9 thermoplastics, 3,10 elastomers, 11,12 hydrogels 13,14 ) and metal fillers (metals, 8,15 noble metals, 16,17 ferromagnets, 18,19 metal alloys, 20,21 bimetals, 22 and hybrids 23 ). The properties of the composite are significantly influenced by the choice of the modification method of the polymer matrix, which is determined by the method of obtaining metal-filler particles (chemical, physical, electrochemical) [24][25][26][27] and the method of introducing the filler into the polymer matrix (synthesis of metal-filler particles in the polymer network, 28 synthesis of metal-filler particles during the formation of the polymer matrix, 29 mixing in the melt 18,30 and solution, 11 polymerization of the monomer in the presence of the metal particles 8,14 ).…”