Description
Specifications Table
Product Name – SWCNT Type 6 Carbon Nanotubes Single-Walled, Length 5-30 µm, OD 1-2nm, 99% (-NH2 Functionalized) Quantity/Pack Size – 25 Mg Form – Powder Grade – 99% Application – Research, Academic, Industrial
Product Overview
SWCNT Type 6 Carbon Nanotubes Single-Walled, Length 5-30 µm, OD 1-2nm, 99% (-NH2 Functionalized) are high-quality, single-walled carbon nanotubes designed for a variety of applications in research, academia, and industry. These nanotubes are characterized by their exceptional purity, with a 99% grade, ensuring reliable performance in various experimental setups. The functionalization with -NH2 groups enhances their compatibility with biological systems and improves their dispersibility in aqueous solutions. The nanotubes’ length ranging from 5-30 µm and outer diameter of 1-2nm make them suitable for a wide range of nanotechnology applications, including materials science, electronics, and biomedical research. Their high purity and consistent properties make them an ideal choice for researchers and educators seeking reliable and high-performance carbon nanotubes.
FAQs
1. What are the primary applications of SWCNT Type 6 Carbon Nanotubes?
SWCNT Type 6 Carbon Nanotubes are primarily used in research, academic, and industrial applications, including materials science, electronics, and biomedical research.
2. What is the purity level of these carbon nanotubes?
The purity level of SWCNT Type 6 Carbon Nanotubes is 99%, ensuring high reliability and performance in various experimental setups.
3. What is the functionalization of these carbon nanotubes?
These carbon nanotubes are functionalized with -NH2 groups, which enhances their compatibility with biological systems and improves their dispersibility in aqueous solutions.
4. What is the length and outer diameter of these carbon nanotubes?
The length of SWCNT Type 6 Carbon Nanotubes ranges from 5-30 µm, and their outer diameter is 1-2nm.
5. Are these carbon nanotubes suitable for biomedical research?
Yes, the -NH2 functionalization of these carbon nanotubes makes them suitable for biomedical research by enhancing their compatibility with biological systems.
