Conducting fibers fabricated with nano carbon materials having multiple hydrogen bonding motifs and their fabrication method

摘要

The present invention relates to a carbon nano material in the conductive fiber is a composite high-conductivity polymer composite metal nano-material and a manufacturing method, the metal nano-material, a conductive paste containing a carbon nano-material, a polymer sikidoe formed using a conductive fiber by a solution spinning process, the metallic carbon nano-materials and nano materials is highly conductive polymer composite conductive fiber is a composite metal nano materials that are distributed on the surface of the conductive fiber as a technical base. And the present invention is the metal nano-material and carbon nano material to form a conductive paste containing the polymer, sikidoe form the conductive fibers via solution spinning process using this, a conductive fiber wherein the metal nano-material is to be distributed in the conductive fiber surface the carbon nanotubes are highly conductive polymer composite materials and conductive fiber composite manufacturing method for forming the metal nano-materials and also as a technical base. Accordingly, the carbon nano-materials, metal nano materials, by introducing a polymer're the electrical conductivity is very high metal nano-materials in the coagulation bath as a mixed conductive paste manufactured fiber directly through the solution of the radiation to be relocated to the fiber surface existing composite fiber a more highly conductive fibers having significantly excellent electrical conductivity has the advantage that it can be produced directly. ;