Carbon Black Super P Li Conductive

Product Overview

Super P Li is a high-purity conductive carbon black widely used as a conductive additive in lithium-ion battery electrodes. With its ultra-fine particle structure and excellent dispersion characteristics, Super P Li forms an efficient conductive network within electrode materials, significantly improving electron transport and electrochemical performance.

Due to its high conductivity and low impurity content, Super P Li is commonly used in power batteries, energy storage systems, and advanced battery material research. The material enhances electrode conductivity, reduces polarization, and contributes to improved battery efficiency and cycle stability.

Super P Li conductive carbon black is widely recognized in the battery industry as a reliable and consistent conductive additive for cathode and anode formulations.

Available Package Sizes

Bulk quantities are available upon request.

Key Features

•High electrical conductivity

•Ultra-fine particle structure

•Excellent dispersion in electrode slurries

•High purity with very low impurity levels

•Efficient conductive network formation

•Stable electrochemical performance

•Suitable for high-rate charge and discharge systems

Typical Applications

Super P Li conductive carbon black is widely used in:

Lithium-Ion Battery Manufacturing

•Lithium-ion battery cathode materials

•Lithium-ion battery anode materials

•Power battery manufacturing

•Electric vehicle battery systems

•Energy storage system (ESS) batteries

•Consumer electronics lithium batteries

Battery Research & Development

•Conductive additives in electrode slurry preparation

•Advanced battery material research

•High-rate performance testing

•Electrode conductivity enhancement

Super P Li is typically used at 3–10 wt% of electrode solid materials during electrode slurry preparation.

Typical Physical Properties

Advantages of Super P Li

Compared with conventional conductive additives, Super P Li offers:

•Improved electronic conductivity in electrode films

•Better dispersion within electrode slurries

•Lower electrode polarization

•Enhanced battery efficiency and cycle life

•Reliable performance in high-rate battery systems

The carbon particles form a chain-like conductive structure with active materials, improving electronic pathways within the electrode.

Processing Notes

Super P Li disperses well in N-methyl-2-pyrrolidone (NMP) and other electrode slurry solvents.

Recommended electrode preparation process:

1. Disperse Super P Li in solvent first
2. Add binder (such as PVDF)
3. Introduce cathode active material
4. Mix to form a homogeneous slurry

This method helps prevent carbon agglomeration and ensures uniform conductive networks.

Handling & Storage

•Store in a dry and clean environment

•Keep container tightly sealed

•Avoid inhalation of carbon dust

•Use appropriate protective equipment when handling powder materials

Package Includes

Super P Li Conductive Carbon Black
(selected Package Size)

For Custom Orders or Inquiries

If you have custom requirements or any additional questions, feel free to contact us:

Email: support@franklab.shop

Why Choose FrankLab?

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•Stable quality for repeatable experiments

•Flexible customization capability

•Trusted by universities, institutes, and industrial R&D labs