High-Purity Carbon Nanotubes for Advanced Battery Performance
Enhance your battery conductivity with our premium 3-5nm carbon nanotubes, boasting a BET of 350 m²/g.
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Carbon Nanotube
Our advanced carbon nanotubes are engineered for superior performance in demanding applications, particularly within the battery industry. With a guaranteed BET surface area of at least 350 m²/g and a controlled diameter of 3-5nm, these nanomaterials significantly boost electrical conductivity and energy efficiency.
- Discover the benefits of using high surface area carbon nanotube materials to improve your battery production processes.
- Learn how to buy carbon nanotube products that offer an exceptional BET 350 m²/g for advanced applications.
- Explore the impact of 3-5nm carbon nanotube on enhancing battery performance and lifespan.
- Find out the competitive carbon nanotube powder price for bulk purchases and sample orders.
Product Advantages
Exceptional Conductivity
Leverage the extraordinary electrical conductivity of these carbon nanotubes to create more efficient and powerful batteries, a key aspect when considering conductive additive solutions.
Enhanced Surface Area
The high surface area carbon nanotube (BET ≥ 350 m²/g) provides more active sites for electrochemical reactions, leading to improved capacity and charge/discharge rates in battery formulations.
Precise Nanoscale Engineering
Benefit from the controlled 3-5nm diameter of our carbon nanotubes, ensuring optimal dispersion and integration into battery slurries for consistent performance.
Key Applications
Battery Components
As a primary conductive additive for cathodes and anodes, our carbon nanotubes improve the electronic conductivity of battery materials, crucial for efficient energy storage.
Conductive Coatings
Utilize these nanomaterials in conductive coatings for various electronic components, leveraging their excellent conductivity and film-forming properties.
Composite Materials
Incorporate carbon nanotubes into polymer composites to enhance mechanical strength and electrical conductivity for specialized industrial uses.
Surfactant Applications
Explore the potential of these carbon nanotubes as specialized surfactants in chemical formulations, offering unique surface properties.