High-Purity 10-15nm Carbon Nanotubes for Advanced Material Applications
Unlock superior performance with our precisely engineered carbon nanotubes for your cutting-edge material needs.
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Carbon Nanotube Powder
Our high-purity carbon nanotubes are manufactured using advanced Chemical Vapor Deposition (CVD) processes, resulting in a product with an average diameter of 10-15nm. This material offers an exceptional BET surface area ranging from 180-280 M²/g, making it ideal for applications requiring enhanced surface interactions and conductivity. These properties contribute to their effectiveness as advanced conductive materials.
- Achieve superior material properties by incorporating 10-15nm carbon nanotube purity into your formulations.
- Leverage the benefits of CVD carbon nanotube manufacturing for consistent and high-quality output.
- Enhance your products with the high surface area of these carbon nanotubes, crucial for many chemical processes.
- Explore the versatility of carbon nanotube coating additives for improved performance in various surface treatments.
Advantages Offered by the Product
Exceptional Purity and Size Control
Benefit from our precise control over the manufacturing process, ensuring a consistent 10-15nm average diameter for reliable performance when you need customizable carbon nanotube powder.
Superior Surface Area for Enhanced Functionality
The high BET surface area of 180-280 M²/g makes these carbon nanotubes ideal for applications demanding significant surface interaction, proving crucial for carbon nanotube electronic applications.
Versatile Application Potential
These carbon nanotubes serve as excellent coating auxiliaries and surfactants, enabling advancements in electronics and other high-tech industries.
Key Applications
Coatings
Utilize these carbon nanotubes as crucial carbon nanotube coating additives to impart enhanced conductivity, strength, and durability to various coating formulations.
Surfactants
Explore the potential of these nanomaterials as surfactants, facilitating improved dispersion and stability in complex mixtures and processes.
Electronics
Incorporate these carbon nanotubes into electronic components for improved conductivity and performance, leveraging their unique electrical properties.
Material Science Research
Advance your research with high-quality, customisable carbon nanotube powder, enabling new discoveries in advanced material science and nanotechnology.