Description
Specifications Table
| Product Name | Dwcnt Type 3 Carbon Nanotubes Double-Walled (-Cooh Functionalized) | 45565 | SRL Chem |
|---|---|
| Pack Size | 50 Mg |
| Form | Powder |
| Grade | Lab Grade |
| Application | Nanotechnology Research, Drug Delivery, Composite Materials |
Product Description
DWCNT Type 3 carbon nanotubes with COOH functionalization are engineered for precision in advanced research. These double-walled nanotubes offer enhanced stability and dispersibility, making them ideal for applications in nanotechnology, drug delivery systems, and composite materials. The COOH functionalization ensures better compatibility with aqueous solutions, opening doors for innovative experiments.
Whether you’re a student exploring nanoscale phenomena or a researcher pushing the boundaries of material science, these lab-grade nanotubes provide the reliability you need. The 50mg pack size is perfect for small-scale experiments, ensuring minimal waste while delivering maximum results.
Upgrade your research with high-purity DWCNT COOH nanotubes. Buy online today at eqipped.
Carbon nanotubes have revolutionized modern science, and this COOH-functionalized variant takes it a step further. The double-walled structure provides superior mechanical strength, while the carboxyl groups improve solubility and reactivity. This makes them a versatile choice for researchers working on everything from sensors to biomedical applications.
At eqipped, we understand the importance of quality in scientific research. That’s why we source our carbon nanotubes from trusted suppliers like SRL Chem, ensuring you get consistent, high-performance materials every time. Whether you’re developing new materials or studying nanoscale interactions, these nanotubes are designed to meet your exacting standards.
FAQs
What makes COOH-functionalized carbon nanotubes special?
COOH functionalization improves dispersibility in water and enhances reactivity, making these nanotubes more versatile for various applications.
Can these nanotubes be used in biomedical research?
Yes, their biocompatibility and functionalization make them excellent candidates for drug delivery and biosensing applications.
What is the typical shelf life of these nanotubes?
When stored properly in a sealed container, these nanotubes maintain their properties for up to 2 years.
Are these nanotubes suitable for composite material development?
Absolutely. Their high aspect ratio and mechanical strength make them ideal for reinforcing polymer composites.
How do I ensure proper dispersion of these nanotubes?
Ultrasonication in appropriate solvents is recommended for achieving uniform dispersion of COOH-functionalized nanotubes.
