CAS 1333-86-4 High Structure Nano Carbon Black for Lithium Battery Electrode Conductive Additive
CAS 1333-86-4 High Structure Nano Carbon Black is a high-performance conductive additive designed for lithium battery electrodes.
Benefiting from its high-structure branched aggregate structure, this nano carbon black can form interconnected conductive networks among active material particles in electrode slurry. It effectively lowers internal resistance of electrodes, accelerates electron transmission, and enhances rate performance and cycling stability of lithium-ion batteries. It features ex
CAS 1333-86-4 High Structure Nano Carbon Black Product Detail Page
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Product Overview
CAS 1333-86-4 High Structure Nano Carbon Black is professional conductive additive developed for lithium battery electrodes.It features distinctive high-structure chain aggregation and nano-scale primary particles. When blended into electrode slurry, it can build interconnected and lasting conductive networks between active material particles. This characteristic greatly reduces electrode internal resistance and promotes efficient electron conduction. The product possesses outstanding dispersion property in NMP solvent and water-based slurry systems, and maintains good compatibility with mainstream cathode and anode materials. It effectively upgrades rate capacity and long-cycle performance of lithium-ion batteries, serving as an essential functional raw material for lithium cell production.
Product Properties
The product is fine black nano powder with developed high-structure framework. It has low impurity content and excellent electrical conductivity. It remains chemically stable within the normal working voltage window of lithium batteries and avoids unwanted side reactions inside cells. It is not prone to agglomeration during slurry mixing, and can keep stable performance throughout electrode batching, coating and drying processes.
Core Advantages
High structure morphology. Construct continuous conductive network inside electrodes to decrease internal resistance significantly.Excellent electrochemical performance. Boost fast charge-discharge capability and restrain impedance growth during repeated cycles.Superior slurry dispersibility. Homogeneously distributed in slurry, minimize pinholes and uneven coating on electrode sheets.Wide material compatibility. Matches ternary materials, lithium iron phosphate, graphite, silicon carbon and other electrode materials.Low impurity level. Reduce risks of battery swelling and self-discharge, improve battery safety performance.Stable batch consistency. Guarantee uniform quality for large-scale lithium battery manufacturing.
Main Applications
This high structure nano carbon black is widely adopted as conductive additive for lithium ion battery electrodes. Suitable for consumer lithium batteries, power batteries and energy storage batteries. It can be applied to both cathode and anode formula systems of various lithium battery products.
Usage Guidance
Add high structure nano carbon black at the initial stage of slurry preparation. Implement sufficient stirring and grinding together with active materials, binders and solvents to achieve full dispersion.Adjust addition proportion according to battery design targets and electrochemical requirements. Conduct small batch verification and electrochemical testing before mass production.
Packing & Storage
Standard package: 10kg or 20kg kraft paper bag with inner plastic liner. Sample packages are available for laboratory testing.Keep hermetically sealed and stored in cool, dry and ventilated warehouse. Prevent moisture absorption. Stay away from open flames and strong oxidants. Avoid collision and package rupture during transportation.
Our Service
We provide stable bulk supply of CAS 1333-86-4 High Structure Nano Carbon Black. Technical indicators can be adjusted to satisfy different lithium battery formulation standards. Free samples are offered for performance evaluation. Our technical team can supply professional support regarding slurry preparation, production processes and formula optimization.
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