Conductive cloth has a shielding function. Conductive cloth achieves good conductivity and electromagnetic shielding function by embedding metal wires, metal fibers or conductive polymer materials in ordinary cloth. When electromagnetic waves encounter conductive cloth, the conductive layer on its surface can form an electromagnetic shielding layer, which effectively reflects, absorbs or guides electromagnetic waves, thereby reducing or eliminating the interference of electromagnetic waves on the surrounding environment.
Shielding principle
The shielding principle of conductive cloth mainly includes reflection and absorption. The conductive layer on its surface can reflect electromagnetic waves, while the internal conductive network converts electromagnetic wave energy into heat energy through the current dispersion effect, further reducing the harm of electromagnetic radiation. In addition, the fiber structure and multi-layer structure of conductive cloth help absorb part of the energy of high-frequency electromagnetic waves, reduce the impact of secondary radiation, and make it show a better shielding effect under high frequency conditions.