Super C45 conductive carbon black is used as a conductive additive in lithium battery electrode formulations. It helps build electronic pathways between active material particles, supporting stable current transfer in cathode and anode electrodes.
Compared with higher-structure carbon additives such as Ketjenblack, Super C45 is more suitable for routine electrode preparation, material screening, and formulation comparison. It offers a practical balance of conductivity, dispersibility, and cost-effectiveness for laboratory battery research.
This product is suitable for coin-cell research, pouch-cell prototyping, lithium-ion battery studies, sodium-ion battery studies, and general electrochemical energy storage experiments.
Key Features
Conductive carbon black for battery electrode formulation
Suitable for cathode and anode applications
Fine black powder form
Good dispersibility in electrode slurry systems
Stable conductivity for routine battery testing
Cost-effective option for lab-scale formulation work
Compatible with common binder and solvent systems
Technical Specifications
Parameter
Value
Product Name
Super C45 Conductive Carbon Black
Product Type
Conductive Carbon Black
Appearance
Fine black powder
Formula
Carbon
CAS Number
1333-86-4
BET Surface Area
45.0 ± 3.0 m²/g
Typical BET Result
45.92 m²/g
Absorption Stiffness Value
36.0 ± 2.0 mL/5g
HCl Absorption and Retention Ability
≥16.0 mL/5g
Moisture
≤0.3%
Typical Moisture Result
0.1%
Ash Content
≤0.03%
Typical Ash Result
0.01%
Carbon Content
≥99.5%
Typical Carbon Content
99.52%
pH Value
5.0–9.0
Typical pH Result
7.9
Fe Content
<7.0 ppm
Typical Fe Result
2.21 ppm
Application
Conductive additive for lithium-ion battery electrodes
