ProfileLi-ion Polymer BatteryOverview
  OVERVIEW
  Li-ion POLYMER BATTERY
        Specification tables
Generally speaking, polymer materials are non-conductive. The conductivity of traditional solid polymer electrolyte is very poor. This limits the scopes of its applications. The key technology of GREENCELL Lithium-ion polymer batteries is usingPVDF-HFP as the main polymer material, which thoroughly absorbs electrolyte and raises the conductivity very close to that of the liquid electrolyte, then successfully avoiding electrolyte leakage problem. Thanks to no free liquid electrolyte, there is no need of outer metal can for packaging. Therefore, the thickness of the battery has no lower limit. It can also fulfill the desires of "light-weight, thin, short, and small"electronic products. It can be easily tailored according to the designs and this would greatly enhance the added-values of products.

        Overview
        Features
        Comparisons between LIP and
          0ther  secondary batteries
        Major applications
        Structural designs
        Electrochemical processes
        Characteristics of Li-ion batteries
        Electrical & mechanical test
          methods
        Precautions for using Li-ion
          batteries