▎ 摘　　要

NOVELTY - Conductive functionalization of graphene-based face wash towel, comprises: (i) pre-processing face wash towel to remove surface impurities; (ii) preparing graphene oxide conductive material, where graphene oxide can be self-made or directly purchased; (iii) uniformly adhering graphene oxide on the face wash towel by impregnating multiple times, and drying, repeating the process once to many times, and then passing the face wash towel through hydrazine hydrate steam for reduction process and obtain graphene-based face wash towel; and (iv) designing the corresponding circuit based on the required conductive effect and working current selection, providing the fabric with at least two electrodes, and connecting the two electrodes to an external current source and voltage measuring instrument to form a loop through a conductor to achieve the current flow on the graphene-based face washing towel. USE - The conductive functionalization of graphene-based face wash towel is useful in flexible wearable sensor (claimed). ADVANTAGE - The method uses green and environment-friendly raw materials, does not require agglomerant, is simple and easy to operate, and produces fabric with good conductivity, electromagnetic shielding and sensing performance, and has higher firmness, conductive and water washing resistance performance, and stable efficiency, and efficiently improves the practical value. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic diagram of conductive functionalization process of graphene-based face wash cloth. (Drawing includes non-English language text).