NOVELTY - An aluminum plastic film packaging material (10) comprises substrate layer (20) formed from nylon film or polyester film, aluminum foil layer bonded to the substrate layer, innermost layer (70) formed from polyolefin-based polymer film, anti-corrosive layer coated on one side of the aluminum foil layer, and formed from conductive coating, adhesive layer (60) coated between the anti-corrosive layer and the innermost layer, and formed from fluorine-containing polyurethane bonding adhesive comprising polyol composition, hydroxyl-containing modified fluorocarbon resin and epoxy resin.    USE - Aluminum plastic film packaging material is used for lithium battery. Uses include but are not limited to iPhone (RTM: internet and multimedia enabled smart phone), iPad (RTM: tablet computer developed by Apple), Ultrabook (RTM: high-end subnotebooks manufactured by Intel), computing-communication-consumer (3C) product and electric vehicle.    ADVANTAGE - The aluminum plastic film packaging material has excellent water resistance, heat resistance, tear resistance, breakage resistance, press formability, acid resistance and corrosion resistance, and effectively extends service life of the lithium battery and prevents aged deterioration of adhesive strength between the core layer and the inner resin layer, to reduce moisture permeability and produce excellent shape ability. The outermost layer in the aluminum plastic film packaging material has excellent impact resistance, puncture resistance, heat resistance, abrasion resistance and insulating capability. The innermost layer has excellent organic solvent resistance, thermal adhesive capability and stable strength of heat seal. The anti-corrosive layer has excellent corrosion-proof property, vapor-proof property and conductivity.    DETAILED DESCRIPTION - An aluminum plastic film packaging material comprises substrate layer provided with capability of heat resistance, and formed from nylon film or polyester film having thickness of 10-50 mu m, aluminum foil layer (40) bonded to the substrate layer, provided with capability of hydrofluoric acid resistance, and formed from soft aluminum foil containing 0.1-5 wt.% iron element and 0.1-5 wt.% silicon element and having foil thickness of 30-100 mu m, innermost layer provided with capability of heat seal for use in contact with electrolytes of lithium battery, and formed from polyolefin-based polymer film having thickness of 10-60 mu m, anti-corrosive layer coated on one side of the aluminum foil layer, and formed from conductive coating having thickness of 10-500 nm, adhesive layer coated as an interleaved layer between the anti-corrosive layer (50) and the innermost layer, and formed from fluorine-containing polyurethane bonding adhesive comprising 65-92 wt.% polyol composition, 0.5-8 wt.% hydroxyl-containing modified fluorocarbon resin and 5-30 wt.% epoxy resin.    DESCRIPTION OF DRAWING(S) - The drawing shows a cross-sectional view of aluminum plastic film packaging material.    Aluminum plastic film packaging material (10)    Substrate layer (20)    Aluminum foil layer (40)    Anti-corrosive layer (50)    Adhesive layer (60)    Innermost layer (70)