Brief: Curious about high-performance carbon nanotubes? This video showcases Turing brand's research-grade multi-walled carbon nanotubes, highlighting their conductivity, thermal properties, and applications in industries like rubber, plastics, and lithium batteries.
Related Product Features:
High conductivity with 80-100 mΩ*cm measured by the four-probe method.
Exceptional thermal conductivity for enhanced performance in various applications.
Anti-corrosive properties ensure durability in harsh environments.
Narrow outer diameter distribution and ultra-high aspect ratio for consistent quality.
Ideal for rubber products, offering high wear and tear resistance.
Enhances plastic conductivity and mechanical properties with minimal additive amounts.
Stable product quality prepared by modified catalytic chemical vapor deposition (CCVD).
Suitable for university research and industrial applications due to its high purity.
FAQs:
What industries can benefit from these multi-walled carbon nanotubes?
These nanotubes are widely used in rubber, plastic, lithium battery, and coating industries, enhancing properties like conductivity, thermal resistance, and mechanical strength.
How do these carbon nanotubes improve plastic products?
Adding a small amount significantly boosts electrical and thermal conductivity while improving mechanical properties in plastics like PP, PA, PC, and ABS.
What is the conductivity range of these carbon nanotubes?
The conductivity ranges between 80-100 mΩ*cm, measured using the four-probe method, ensuring high performance for conductive applications.