| 摘要 |
PROBLEM TO BE SOLVED: To obtain a laminated film which has a low tensile elongation, is excellent in electric resistance, flexural resistance, or the like, and can be easily produced by laminating a highly conductive metal layer having a high tensile modulus to a conductive resin film. SOLUTION: This conductive laminated film at least comprises a layer (A) mainly comprising a resin and having a volume resistivity of 100-1014Ω.cm and a metal layer (B). Preferably, layer A contains a thermoplastic resin and a conductive component. A general-purpose resin can be used as the thermoplastic resin. A known conductive filler or conductive agent can be used as the conductive component. Preferably, the thickness of layer A is 10-300μm. Aluminum and copper are especially favorable for layer B, and its thickness is preferably 1-200μm. Preferably, the conductive laminate film further has a layer (C) containing a conductive pressure-sensitive adhesive. Layer C has a function to bond layer A to layer B. |
