Conductive Carbon Black
Conductive additive powder for lithium-ion battery manufacturersConductive Carbon Materials for Battery Manufacturers
The growth in applications for lithium-ion batteries, notably automotive and energy storage, is spurring demand for higher performance LiB cells capable of delivering both higher capacity retention and greater power than ever before – without compromising on end-product safety.
Developed with these growing requirements in mind, our conductive carbon black anode powder solutions have been engineered to deliver superior conductivity in the cathode, which in turn yields a number of performance and cost benefits for lithium-ion battery manufacturers. For more information, consult the table below or contact the Battery Division.
CC200 Conductive Carbon Black Anode Powder
| Product Summary | Designed specifically for the lithium-ion battery market, CC200 conductive carbon anode powder provides excellent power and energy density, alongside good stability and a longer cycle life compared to similar products. It can be added to both positive and negative electrodes in loadings of up to 10%, depending on the application requirements. Characterized by its high conductivity and stability, CC200 is an excellent anode powder solution for applications demanding superior performance. |
| Key Benefits | -Higher solids loadings, lower quantity requirements, higher packing density, improved electrolyte distribution and transportation. |
| BET nitrogen surface area | 125-175 m²/g |
| Oil adsorption value | 152-172 ml/100g |
| Iron content | <10 ppm |
| Total Co, Cr, Cu, Mn, Ni content | <5 ppm |
| Applications | Hybrid EV, Tablets, Smartphones, Power tools |
CCHP Conductive Anode Powder
| Product Summary | CCHP is a high-purity conductive carbon black powder engineered to provide good stability and long cycle life. Its excellent conductivity enables mechanically strong and flexible electrodes, which make it a highly suitable anode material for applications demanding high energy density and long cycling. |
| Key Benefits | Excellent electrode conductivity at low loading, improved energy density, increased rate capability, reduced NMP usage, extended battery cycle life. Formula-specific advantage: Increased performance in nickel-rich NMC and NCA Cathodes. |
| BET nitrogen surface area | 80-120 m²/g |
| Oil adsorption value | 200-280 ml/100g |
| Iron content | <10 ppm |
| Total Co, Cr, Cu, Mn, Ni content | <5 ppm |
| Applications | Fully electric vehicles, hybrid EV, high-end electronics and power tools. |
Working closely with our supply partners and organizations including the Electrochemical Society and NAATBatt International, we help battery manufacturers and researchers worldwide commercialize ambitious new technologies for the market.
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