Stainless Steel and Copper Magnetron Plasma Coating of Fabrics with Metallic Yarns for Electromagnetic Shielding Applications

• DOI: 10.24264/icams-2022.i.6
• Publication Date: 2022-11-24T17:28:06Z
• Authors: Ion Razvan Radulescu; Emilia Visileanu; Razvan Scarlat; Cristian Morari; Cristian Stancu; Bogdana Mitu
• Keywords: Textile; Woven fabric

Electromagnetic shielding is needed to protect human beings from undesired non-ionizing radiation and electronic equipment EM interferences. Shielding solution of Compatibility domain tackled nowadays by modern manufacturing methods flexible textile fabrics with electrically conductive properties. Our research focuses on the additional electromagnetic effectiveness (EMSE) rendered plasma coating woven inserted yarns. EMSE was computed for an experimental plan formed Copper Stainless steel thicknesses 400 nm 1200 both sides yarns stainless silver. An 5-20 dB frequency range 0.1-1000 MHz achieved coating. This proves enhancement properties magnetron coating, without altering bulk fabrics, such as flexibility mechanical resistance. The paper presents results in relation fabric structure, raw metallic materials incident field.