Conductive carbon-coated copper foil is designed as an advanced anode substrate for lithium-ion battery research and electrode fabrication. The conductive carbon coating improves the interface between the copper current collector and active electrode materials, providing enhanced electrical conductivity, lower interfacial resistance, and improved coating adhesion.
Available in double-side and single-side coating configurations, this product offers flexible options for different battery electrode preparation requirements.
Key FeaturesImproved electrical conductivity:
Conductive carbon coating helps reduce
interfacial resistance between the copper current collector and electrode
materials.
Enhanced electrode adhesion: The
carbon coating improves bonding strength between active materials and the
copper substrate.
Improved mechanical stability: Provides
better mechanical strength and toughness for battery electrode fabrication.
Flexible coating configurations:
Available in double-side and
single-side carbon coating options to meet different electrode preparation
requirements.
Technical Specifications
Roll dimensions can be specified by customer, standard roll width varied from time to time and will be confirmed on request
Configuration Comparison
