Patent ID: 8846182
Filing Date: 2014-09-30
Classification: H01B,H05K,Y10S,Y10T

Abstract:
1. A transparent conductive substrate produced by a process comprising the steps of: (1) locating a transparent conductive transfer plate and a substrate such that a transparent conductive film is formed on the transparent conductive transfer plate opposite to one surface of the substrate, wherein the transparent conductive film is embedded in either the substrate only, both the substrate and a heat-sensitive adhesive layer, both the substrate and a pressure-sensitive layer adhesive, both the substrate and a coupling agent layer or both the substrate and an organic gel layer, or not embedded in the substrate but embedded in any of the layers by itself such that the surface of the transparent conductive film is aligned with a surface of the substrate, the heat-sensitive adhesive layer, the pressure-sensitive adhesive layer, the coupling agent layer or the organic gel layer on the same plane, and wherein said transparent conductive transfer plate is produced by a process (a) comprising: applying a dispersion solution of metal fine particles capable of forming a self-organized film on a support having heat resistance and/or chemical resistance and then drying the obtained coating layer; and subjecting the resulting dried material to heat treatment and/or chemical treatment to form a transparent conductive film exhibiting a low resistance, a high transmittance and an excellent anti-moire property and having a conductive random network structure on the support; or a process (b) comprising: applying a solution of a metal salt as a precursor of metal fine particles capable of forming a self-organized film on a support having a heat resistance and/or a chemical resistance and then drying the obtained coating layer; and reducing and precipitating the precursor of the metal fine particles by heating, irradiation with an ultraviolet ray or a reducing gas to form a transparent conductive film exhibiting a low resistance, a high transmittance and an excellent anti-moire property and having a conductive random network structure on the support; (2) subjecting the transparent conductive transfer plate and the substrate to compression-bonding or thermocompression-bonding to each other to transfer the transparent conductive film onto the substrate; and (3) releasing the support from the transparent conductive transfer plate.