• The total Fe content for our conductive carbon blacks is less than 5 ppm
• The total Fe content for our graphite is less than 20 ppm
• C-NERGY grades have very low total metallic impurity content
• The BET surface area for our conductive carbon blacks is lower than competition
• Our graphite has well-defined particle size distribution (PSD)
• Well-suited for lithium-ion battery processing environment
• Our conductive carbon blacks have high structure, which can be seen from the high oil absorption number (OAN)
• Our graphite has high crystallinity
• Low dosage is sufficient to achieve the percolation threshold
• Compressibility can be increased with the addition of fine graphite particles having high crystallinity and low spring back

• Increased battery safety
• Lower rejection ratio
• Fully compatible with most electrolyte systems
• No additional pre-dispersing unit is needed
• No dispersing aid is needed
• Very high loading is possible
• Cost savings on NMP and faster drying time when C-NERGY SUPER C45 is applied
• High energy density
• Improved power density
• Cost reduction thanks to lower dosage needed
• High energy density
• Improved power density
• Improved “flexibility” of the electrode

Information provided by TIMCAL