Nano Conductive Carbon Black CAS 1333-86-4 Li-ion Battery Conductive Agent Super P Equivalent
Nano Conductive Carbon Black, CAS 1333-86-4, is high-performance lithium-ion battery conductive agent, equivalent to Super P.
With tiny primary particle size and developed branched chain structure, the carbon black can form continuous conductive network inside electrode sheets. It effectively lowers battery internal resistance, enhances electron transmission efficiency, and significantly boosts rate capability and cycle life of lithium batteries. Featuring outstanding dispersibility in slurry,
Nano Conductive Carbon Black CAS 1333-86-4 Product Detail Page
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Product Overview
Nano Conductive Carbon Black, CAS 1333-86-4, is high-performance conductive agent equivalent to Super P for lithium-ion batteries.It features nano-scale primary particles and abundant chain-like branching structure. During electrode slurry mixing, it can construct interconnected conductive networks among active material particles. The material greatly reduces electrode internal resistance, accelerates electron conduction, and improves power characteristics and cycling stability of lithium cells. It has excellent slurry dispersibility and good compatibility with various cathode and anode materials. As a high-quality domestic substitute material, it helps lithium battery manufacturers cut raw material procurement costs while guaranteeing electrochemical performance.
Product Properties
The product is fine black nano powder with developed aggregate structure. It delivers excellent electrical conductivity and low impurity content. The material shows stable chemical property within the operating voltage range of lithium batteries, and will not trigger side reactions inside the cell. It disperses uniformly in NMP and aqueous slurry systems, and maintains stable performance in batching, coating and baking processes of electrode production.
Core Advantages
Superior conductive performance. Build continuous conductive network inside electrodes, effectively lower battery internal resistance.Excellent rate capability. Improve fast charging & discharging performance of lithium ion batteries.Stable cycling performance. Suppress impedance growth during long-term charge and discharge, extend battery service life.Good slurry dispersibility. Hardly agglomerate, facilitate uniform electrode coating and reduce surface defects.Wide material compatibility. Applicable to multiple cathode and anode material systems.Super P equivalent grade. Reliable domestic alternative with competitive cost advantages.
Main Applications
This nano conductive carbon black is used as conductive additive for lithium-ion batteries. Widely applied in lithium iron phosphate batteries, ternary lithium batteries, lithium manganese oxide batteries, suitable for power batteries, energy storage batteries and consumer electronic batteries, matching both cathode and anode electrode formulations.
Usage Guidance
Add nano conductive carbon black in the early slurry stirring stage. Conduct sufficient grinding and homogenization together with active materials, binder and solvent to achieve full dispersion.Adjust the addition ratio according to battery design requirements and electrochemical target parameters. Complete small-batch electrochemical testing before mass production.
Packing & Storage
Standard package: 10kg / 20kg kraft paper bag with inner plastic liner. Sample packages are available for laboratory evaluation.Seal and store in cool, dry, ventilated warehouse. Avoid moisture absorption. Keep away from open flame and oxidizing agents. Prevent package breakage during transportation.
Our Service
We provide stable bulk supply of Nano Conductive Carbon Black CAS 1333-86-4. Index parameters can be adjusted to satisfy different lithium battery formulation standards. Free samples are supported for electrochemical testing. Our technical team offers professional guidance on slurry preparation, production process and formulation optimization.
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