Cell Lab Super P Conductive Carbon Black [High Purity, Battery Grade] – Premium Conductive Additive for Lithium-Ion Batteries

Cell Lab Super P Conductive Carbon Black [High Purity, Battery Grade] – Premium Conductive Additive for Lithium-Ion Batteries

Advanced conductive carbon for high-performance cathode and anode formulations

The Cell Lab Super P Conductive Carbon Black is a battery-grade conductive additive engineered to enhance the electrical conductivity, stability, and efficiency of lithium-ion battery electrodes. Manufactured with ultra-low impurity levels, fine particle size, and excellent dispersibility, it ensures uniform electron pathways across the electrode matrix — even at minimal loading levels.

This high-purity Super P powder is widely adopted in lithium-ion, sodium-ion, and solid-state battery research, as well as in conductive polymer composites and fuel cell electrodes. Its consistent performance, easy dispersion, and reduced drying time make it an ideal choice for both laboratory-scale and pilot manufacturing environments.

Key Features

Superior Electrical Conductivity
Delivers enhanced power density and lower internal resistance with minimal additive content.

No Dispersant Required
Eliminates the need for dispersants such as NMP-based agents, reducing cost and drying time.

Chemically Stable and Thermally Safe
Maintains structural integrity under high voltage and temperature cycling conditions.

Optimised Slurry Processability
Offers high loading capability and stable dispersion for consistent electrode coating.

Improved Mechanical Strength
Enhances electrode flexibility and adhesion for longer cycling life.

Technical Specifications

Applications & Industries

• Cathode and anode conductive additive in lithium-ion batteries

• Conductive matrix in flexible electrodes and solid-state cell designs

• R&D formulations for high-power and high-energy battery systems

• Composite materials and conductive coatings in advanced electronics

• Fuel cells and supercapacitors requiring stable, high-conductivity carbon sources

Recommended Usage & Handling

• Bake at 150–200 °C for 2–3 hours prior to slurry preparation to remove absorbed moisture.

• Store in a dry, inert atmosphere to prevent contamination or humidity uptake.

• Compatible with NMP-based and aqueous binder systems (e.g., PVDF, LA133).

FAQ

Q1: What is the difference between Super P and Super C45?
Super P offers higher surface area and stronger conductive network formation, making it ideal for high-rate cells.

Q2: Can Super P be used in solid-state batteries?
Yes. Its stable structure and low reactivity make it suitable for solid-state and hybrid electrolyte systems.

Q3: What is the recommended loading ratio in electrode slurries?
Typically 2–5 wt% relative to active material, depending on system design and target conductivity.

Q4: Is pre-dispersion required before mixing with binders?
No. Super P disperses well directly into NMP or aqueous systems with mild agitation.

Q5: How should the material be stored long-term?
Store sealed in a dry, inert gas-purged container below 30 °C to maintain purity and prevent oxidation.