C-NERGY Super P Conductive Carbon Black

100 grams/40 €
250 grams/55 €
500 grams/95 €
1000 grams/160 €

C-NERGY Super PLi Conductive Carbon Black

Super P® Li is a high-purity, premium-structured specialty carbon black powder engineered specifically to meet the rigorous demands of the modern electrochemical industry. Characterized by a highly optimized and moderate specific surface area combined with an exceptional absorption stiffness profile, this traditional yet industry-leading material provides superior electrical networks within compounding matrices. Its outstanding chemical cleanliness, guaranteed low metallic impurity margins, and robust crystalline skeleton ensure excellent mechanical stability and minimal moisture pick-up. Manufactured under stringent global quality benchmarks, it eliminates the processing need for extra dispersing aids or specialized pre-milling units, delivering ultimate compound homogeneity and highly stable dispersion properties.

Technical Properties

Applications

• Lithium-Ion Battery Electrodes: Universally applied as a leading conductive additive in both cathode and anode mixes to fundamentally enhance the cyclability, electrochemical kinetics, and life expectancy of the battery cells.
• Electrode Mix Optimization: Enables battery manufacturers to reduce the overall dosage of electrochemically inactive components in the negative electrode, allowing the integration of more economical active materials.
• Advanced Slurry Processing: Engineered for direct integration into production lines without requiring an additional pre-dispersing unit or any chemical dispersing agents, facilitating faster electrolyte absorption and higher manufacturing output.
• Energy Storage Safety Engineering: Acts as a specialized stabilizing agent that aids in the overall reduction of the global additive costs while simultaneously increasing total battery safety and lowering cell rejection ratios.
• High-Density Power Systems: Successfully integrated into modern energy storage applications requiring elevated energy densities, improved power delivery, and enhanced structural flexibility of the coated electrode sheet.