To create an electroconductive textile, a layer of conductive coating must be present to the fiber surface. Loading of AgNWs to the fiber surfaces converted the cotton fabric into an electroconductive substrate, presumably due to the conductive paths formed by the AgNWs interconnected with each other. To achieve a good degree of electroconductivity, the coating process was repeated 10 times. The average surface electrical resistivity of AgNWs-coated cotton fabric was measured to be 27.4 Ω/sq and showed no significant difference among samples on either side. The functionalized fabric is very flexible and AgNWs layer cannot brittle and cracks easily under bending stress. The conductivity value does not change after repeated bending. The unique network structure and high electrical and wear resistance properties of AgNWs-loaded fabric possess great potential for use in flexible and stretchable electronics and other devices.