In this study, the coating process is employed on metal wire to help improve the friction resistant property ofcarbon fibers, thereby provides more application feasibility. The yarn coating technique for reinforcement and woven fabricprocess are used to produce carbon/stainless steel/polyester/polypropylene/acrylic (CSPPA) woven fabrics that arecharacterized with softness and a light weight. The constituent coated yarns exhibit good conductivity after being coated witha PP layer, and likewise strengthen the woven fabrics in terms of mechanical behavior of tensile strength, elongation, bendingtorsion, creep resistance, and wear-resistant properties. The test results indicate that in the woven process, samples retaingood morphology. Due to PP sheath, the tensile strength of woven fabrics increases from 23 MPa to 42 MPa. Although thelamination layer numbers does not improve the EMI SE of woven fabrics, the EMI SE still reaches over 40 dB. Themanufacturing design proposed in this study provides an innovative finishing for carbon fibers without affecting the intrinsicproperties, and provides a greater range of application for carbon fibers.