Carbon Nanotubes Dispersion CAS 308068-56-6 NMP/Water Based for Lithium Battery Electrode Slurry
Carbon Nanotubes Dispersion CAS 308068-56-6 provides two options: NMP-based and water-based pre-dispersed MWCNT suspensions.
With advanced dispersion technology, multi-walled carbon nanotubes are uniformly distributed to avoid agglomeration. The dispersion can be directly added to lithium battery electrode slurry, simplifying the pulping procedure. It constructs complete conductive networks inside electrodes, lowers internal resistance and improves rate capability and cycle performance of lithi
Carbon Nanotubes Dispersion CAS 308068-56-6 Product Detail Page
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Product Overview
Carbon Nanotubes Dispersion CAS 308068-56-6 are pre-dispersed multi-walled carbon nanotube suspensions supplied in NMP-based and water-based grades.Utilizing specialized dispersion process, MWCNTs are evenly distributed in solvent systems to largely suppress nanotube agglomeration. This ready-to-use dispersion can be directly introduced into lithium battery electrode slurry, simplifying pulping procedures and removing the need for complicated secondary grinding. Well-dispersed carbon nanotubes form continuous conductive networks within electrode materials, effectively reducing internal resistance and greatly improving rate capability and long-cycle stability of lithium-ion batteries. It serves as a convenient conductive additive for mass manufacturing of power batteries and energy storage batteries.
Product Properties
This product is homogeneous black liquid suspension with outstanding storage stability. The NMP-based grade is compatible with cathode slurry production, while the water-based version fits aqueous anode processing. Carbon nanotubes keep intact tubular structures without excessive fracture after dispersion. Low metallic impurity content meets lithium battery industry requirements. Properly stored dispersion remains stable without obvious sedimentation within shelf life. It shows good compatibility with mainstream electrode active materials and binders.
Core Advantages
Ready pre-dispersed liquid. Direct addition without secondary high-energy grinding, cutting equipment and labor cost.Two solvent formulations. NMP-based and water-based types to match cathode and anode production separately.Uniform nanotube distribution. Avoid agglomerates which may cause electrode defects and poor conductivity.Excellent electrochemical performance. Reduce cell internal resistance, enhance rate discharge and cycle lifespan.Low impurity content. Minimize side reactions inside cells and improve battery safety.Easy automated feeding. Liquid form suits continuous industrial pulping production lines.
Main Applications
Carbon Nanotubes Dispersion is widely adopted as conductive additive for lithium battery electrode slurry. Typical applications: lithium iron phosphate cathodes, ternary material cathodes, silicon-carbon anodes, graphite anodes, power lithium-ion batteries, energy storage batteries, consumer batteries and other lithium cell production.
Usage Guidance
Stir the dispersion evenly before feeding to guarantee consistent concentration.Add the CNT dispersion at the designated stage during pulping according to existing process flow.Adjust dosage based on target conductivity, impedance and electrochemical performance standards.Complete small-batch slurry experiment, coating test and cell evaluation before large-scale production.Avoid long-term high-temperature storage and intense sunlight exposure.
Packing & Storage
Standard package: 20kg / 200kg plastic drum. Samples can be provided for formulation testing.Seal containers tightly after partial use. Store in cool, shaded and ventilated warehouse. Recommended storage temperature: 5–30℃. Prevent freezing and direct sunlight. Gentle transportation is required to avoid violent shaking leading to unstable suspension.
Our Service
We provide stable bulk supply of Carbon Nanotubes Dispersion CAS 308068-56-6. Solid content and dispersion system can be customized as client requirements. Free test samples are available. Our technical team offers professional support for pulping process adjustment, electrode formulation optimization and slurry stability solutions.
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