SWCNT Type 5 Carbon Nanotubes Single-Walled (-OH Functionalized) | 55024 | SRL Chem

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SWCNT Type 5 Carbon Nanotubes Single-Walled (-OH Functionalized) | 55024 | SRL Chem

SWCNT Type 5 Carbon Nanotubes Single-Walled (-OH Functionalized) | 55024, Grade: Research, Critical Use: Advanced Research

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Price range: ₹10,080.00 through ₹40,500.00

Description

Specifications Table

Product Name – SWCNT Type 5 Carbon Nanotubes Single-Walled (-OH Functionalized) | 55024

Quantity/Pack Size – 50 Mg, 250 Mg

Form – Powder

Grade – Research

Application – Advanced Research

Product Overview

SWCNT Type 5 Carbon Nanotubes Single-Walled (-OH Functionalized) | 55024 are highly specialized carbon nanotubes designed for advanced research applications. These nanotubes are functionalized with hydroxyl groups (-OH), which enhance their solubility and compatibility with various solvents and matrices. This functionalization makes them ideal for a range of applications, including materials science, nanotechnology, and biomedical research. The high purity and consistent quality of these nanotubes ensure reliable and reproducible results in experimental setups. With their unique properties, these nanotubes are a valuable addition to any research lab focused on cutting-edge innovation and discovery.

FAQs

1. What are the primary applications of SWCNT Type 5 Carbon Nanotubes?

SWCNT Type 5 Carbon Nanotubes are primarily used in advanced research applications, including materials science, nanotechnology, and biomedical research.

2. What is the grade of these carbon nanotubes?

The grade of these carbon nanotubes is research, ensuring high purity and consistent quality for reliable experimental results.

3. Are these nanotubes compatible with various solvents?

Yes, the hydroxyl functionalization (-OH) of these nanotubes enhances their solubility and compatibility with various solvents and matrices.

4. What is the form of these carbon nanotubes?

The form of these carbon nanotubes is powder, making them easy to handle and integrate into various research applications.

5. How do these nanotubes contribute to advanced research?

These nanotubes contribute to advanced research by providing unique properties and high purity, which are essential for cutting-edge innovation and discovery in various scientific fields.

Additional information

Size

50 Mg, 250 Mg