CONDUCTIVE LAMINATE, MOLDED ARTICLE USING SAME, CAPACITIVE TOUCH SENSOR AND PLANAR HEATING ELEMENT, AND METHOD FOR MANUFACTURING MOLDED ARTICLE

摘要

Provided is a conductive laminate in which a change in the surface resistance value and an increase in haze after molding are suppressed, and which has excellent durability under high temperature and high humidity conditions. This conductive laminate includes a nano-carbon layer and an overcoat layer, in this order, on at least one surface of a substrate, wherein the rate (R) of change in the surface resistance value after 100% elongation of the conductive laminate is 500% or less as calculated by equation (1) below and the haze (Hz1) after 100% elongation of the conductive laminate is 3% or less. Equation (1) R=(R1/R0)×100 (in equation (1), R represents the rate of change in the surface resistance value after 100% elongation, R0 represents the surface resistance value before elongation, and R1 represents the surface resistance value after 100% elongation).