Abstract
The possibility of using metal-plated carbon and basalt fabrics for shielding electromagnetic radiation in a wide frequency range was demonstrated. The electrophysical characteristics of carbon, metal-plated carbon, and metal-plated basalt fabrics were compared. The optimum conditions of metal plating of complex textile structures, ensuring high electrophysical properties of the resulting combined materials, were determined, including the optimum conditions for pretreatment of nonconducting fibers and fabrics prior to metal plating and compositions of low-temperature electrolytes for electroless copper and nickel plating, with which uniform distribution of the metals can be obtained on each element of the textile structure.
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