High-Quality Multi-Walled Carbon Nanotube Powder: Enhancing Conductivity and Performance
Unlock superior material properties with our advanced conductive carbon nanotube powder.
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Multi-Walled Carbon Nanotube Powder
Our high-purity, cost-effective multi-walled carbon nanotube (MWCNT) powder is engineered to significantly enhance the conductivity and overall performance of various materials. With a fine particle size averaging 15-30nm and a high surface area of 90-170 M2/G, it acts as a powerful additive for advanced conductive materials.
- Discover the benefits of using high purity carbon nanotube for batteries, enhancing their charge retention and lifespan.
- Explore how our cost-effective carbon nanotube additives can revolutionize your existing product formulations.
- Learn to enhance material conductivity using MWCNT for applications requiring superior electrical properties.
- Incorporate our advanced conductive material powder to achieve breakthrough performance in your next project.
Product Advantages
Superior Conductivity
Achieve exceptional electrical conductivity, making our MWCNT powder an ideal choice for applications demanding efficient charge transport.
Enhanced Material Properties
Our high-purity carbon nanotube for batteries significantly improves energy density, charging speed, and overall battery longevity.
Cost-Effective Solution
Leverage our cost-effective carbon nanotube additives to improve product performance without compromising budget, offering a competitive edge.
Key Applications
Conductive Coatings
Our multi-walled carbon nanotube powder acts as a key ingredient in advanced conductive coatings, providing excellent surface resistivity and durability for electronic and industrial applications.
Electronics Chemicals
Utilize the unique properties of MWCNT for cutting-edge electronics chemicals, enabling improved performance in components and devices.
Advanced Materials
Integrate our high-purity carbon nanotube for batteries and other advanced materials to create composites with superior mechanical, thermal, and electrical properties.
Surfactants
Explore the potential of our carbon nanotube powder in surfactant formulations, offering enhanced dispersion and stability for industrial processes.