Super P Conductive Carbon Black

$0.00

SKU: RS7114053

  • High-purity conductive carbon black designed for advanced battery and electrochemical research.

  • Provides effective electrical conductivity when used as a conductive additive in electrode formulations.

  • Suitable for lithium-ion battery cathode and anode development and laboratory research.

  • Moderate specific surface area of approximately 62 m²/g supports effective conductive network formation.

  • High structure stability makes it suitable for a wide range of electrode preparation processes.

  • Compatible with most commonly used electrolyte systems and electrode materials.

  • Can help improve electrode power density and overall electrical performance.

  • Designed for efficient dispersion without requiring an additional dispersing agent.

  • Supplied as a 50 g sealed bottle, convenient for laboratory-scale research and testing.

  • Ideal for battery materials research, electrode slurry preparation, energy-storage development, and electrochemical experiments.

SKU: RS7114053

  • High-purity conductive carbon black designed for advanced battery and electrochemical research.

  • Provides effective electrical conductivity when used as a conductive additive in electrode formulations.

  • Suitable for lithium-ion battery cathode and anode development and laboratory research.

  • Moderate specific surface area of approximately 62 m²/g supports effective conductive network formation.

  • High structure stability makes it suitable for a wide range of electrode preparation processes.

  • Compatible with most commonly used electrolyte systems and electrode materials.

  • Can help improve electrode power density and overall electrical performance.

  • Designed for efficient dispersion without requiring an additional dispersing agent.

  • Supplied as a 50 g sealed bottle, convenient for laboratory-scale research and testing.

  • Ideal for battery materials research, electrode slurry preparation, energy-storage development, and electrochemical experiments.