Water-Based Conductive Slurry for Lithium and Sodium Batteries

This water-based conductive slurry uses carbon nanotubes (CNTs) or graphene as the core conductive material, with water as the solvent. Our composite water-based conductive slurry is enhanced with graphene produced using our unique exfoliation and dispersion process. The excellent electrical conductivity of CNTs and graphene, combined with graphene’s flexible sheet structure, forms an efficient 3D conductive network throughout the material system. This reduces the internal resistance of batteries and enhances charge-discharge rates and cycle performance. The CNT-based water conductive slurry leverages the superior conductivity of carbon nanotubes, reducing the required amount of conductive agents, thus improving battery density, charge-discharge rates, and cycle performance.

Product Features:

• Superior Conductivity: Both graphene and CNTs have excellent long-range conductive structures, allowing customers to design high-performance products.
• Reliable Quality: Produced on highly automated production lines, ensuring stable quality and consistent battery production.
• Low Metal Impurities: System-wide control over metal impurities ensures high-safety battery production.
• Enhanced Performance: Reduces internal resistance in lithium batteries, improving charge-discharge rates and extending cycle life.

Specifications:

• Model: KNG-LB202-20
  • Solid Content: 5.15%
  • Carbon Content: 5.00%
  • Iron Impurities: ≤5ppm
  • Viscosity: ≤7000 mPa.s
  • Features: General-purpose, pure graphene
• Model: KNG-D5501
  • Solid Content: 12.50%
  • Carbon Content: 10.00%
  • Iron Impurities: ≤5ppm
  • Viscosity: ≤8000 mPa.s
  • Features: Conductive, graphene/CNT blend
• Model: KNG-D5301
  • Solid Content: 4.00%
  • Carbon Content: 3.00%
  • Iron Impurities: ≤10ppm
  • Viscosity: ≤8000 mPa.s
  • Features: High conductivity, pure CNT
• Model: KNG-D5305
  • Solid Content: 6.25%
  • Carbon Content: 5.00%
  • Iron Impurities: ≤10ppm
  • Viscosity: ≤10000 mPa.s
  • Features: Low-cost, sodium battery cathode coating
• Model: KNG-CC510
  • Solid Content: 5.00%
  • Carbon Content: 5.00%
  • Iron Impurities: ≤10ppm
  • Viscosity: ≤50000 mPa.s
  • Features: Graphene oxide, cathode/anode coating

Typical Applications:

• Lithium Battery Anode Conductive Agent
• Silicon Anode Coating
• Silicon Cathode Coating