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C-NERGY SUPER C65 Conductive Carbon Black

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NG04CO08029
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€35.00
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Description

100 grams/35 
250 grams/50 
500 grams/90 
1000 grams/165 

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C-NERGY SUPER C65 Conductive Carbon Black

C-NERGY™ SUPER C65 is a premium-grade conductive carbon black designed as a high-efficiency performance additive for state-of-the-art electrochemical systems. Manufactured through a proprietary production process, this ultra-high purity material features a unique combination of high structure and low surface area, guaranteeing exceptional distribution and homogeneity within matrix slurries. Its highly graphitic nature ensures outstanding system stability, low moisture pick-up, and minimized chemical degradation. By meeting the most stringent cleanliness and low metal contamination requirements, it ensures long-term process reliability and excellent functional safety in demanding electronic configurations.

Technical Properties

Absorption Stiffness Value 32 ml/5g
BET Surface Area 62 m²/g
Volatile Content Max. 0.15%
Ash Content Max. 0.025%
pH 10
CAS No 1333-86-4

Applications

  • Lithium-Ion Battery Electrodes: Utilized as a premium conductive additive in both cathode and anode formulations to establish a robust electrical network at low loading levels, drastically enhancing electronic conductivity.
  • Electrode Slurry Processing: Due to its unique structure and low surface area, it provides exceptional dispersion and distribution qualities in electrode slurries, preventing particle agglomeration during manufacturing.
  • Energy Storage Open Circuit Voltage (OCV) Control: Applied to actively reduce the open circuit voltage rejection rate during cell production, improving the long-term safety and efficiency of energy storage devices.
  • Conductive Plastics and Composites: Serves as a high-purity electrical modifier in advanced polymer matrices to introduce antistatic, static-dissipative, or conductive capabilities without altering mechanical matrix properties.
  • Advanced Supercapacitors: Integrated into premium capacitor formulations to facilitate rapid charge carrier mobility and maximize power density through an optimized internal carbon lattice.
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