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    Binder

    CNP Solutions has differentiated conductive polymer synthesis and binder fabrication technology.

    Conventional Binders
    CNPS Binders
    • Conductivity

      Using an electrically conductive polymers, electrode active material particles are designed to be connected through the polymeric binder even when the gap between the particles becomes longer larger.
      The electrically conductive polymer binder provides excellent electrical connection between active material particles, resulting in an excellent electrical conduction through electrode layer.

    • Binding property

      Binder molecules are designed to reduce dimensional change during charging and discharging processes

    • Adhesive property

      Excellent adhesion of electrodes to current collector

    CNP SOLUTIONS Binders

    CNP Solution developed 2 types of binder systems – for wet and dry systems– both improve adhesion between active materials,
    ease of processing and increased electrical conductivity, enabling battery performance such as improved capacity retention and fast charging.
    The dry-system without solvents surely contributes to the reduction of carbon footprint.

    Binder for Wet-system

    CNP Solutions’ wet binder system maximizes integration between active material particles,
    hence improving adhesion and electrical conductivity.

    Conventional Binders
    CNPS’s Original Wet Binders
    Binders for wet process Advantages
    • Excellent electrochemical
      stability

    • Excellent electrical
      conductivity

    • Excellent capacity
      retention (Long-cycle Life)

    Binders for Dry-system

    The CNP Solutions dry binder system is specially designed for lithium-ion battery dry-process and solid-state battery with excellent binding strength, adhesive force and capacity retention.

    Binder Performance

    Excellent capacity retention compared to reference

    Binders for dry process Advantages
    • Achieve Zero-carbon
      process

    • Cost saving by
      simplified manufacturing
      process

    • Improved processability

    • Improved binding performance