Swcnt Type 8 Carbon Nanotubes Single-Walled, 1mg/100ml In Water, Length 5-30 µM, Od 1-2nm, 90% (Semiconducting) | 52710 | SRL Chem

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Swcnt Type 8 Carbon Nanotubes Single-Walled, 1mg/100ml In Water, Length 5-30 µM, Od 1-2nm, 90% (Semiconducting) | 52710 | SRL Chem

High-purity SWCNT Type 8 Carbon Nanotubes, single-walled, 90% semiconducting, ideal for advanced research and academic applications.

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Original price was: ₹5,200.00.Current price is: ₹4,680.00.

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Specifications Table

Product Name – SWCNT Type 8 Carbon Nanotubes Single-Walled, 1mg/100ml in Water, Length 5-30 µm, OD 1-2nm, 90% (Semiconducting) | 52710 25 Mg Quantity/Pack Size – 25 mg Form – Single-Walled Grade – 90% (Semiconducting) Application – Research and Education

Product Overview

SWCNT Type 8 Carbon Nanotubes are a high-quality, single-walled carbon nanotube solution designed for advanced research and educational purposes. These nanotubes are characterized by their exceptional purity and semiconducting properties, making them ideal for various scientific applications. With a length ranging from 5-30 µm and an outer diameter of 1-2 nm, they offer superior performance in nanotechnology experiments and studies. The nanotubes are dispersed in water at a concentration of 1mg/100ml, ensuring easy handling and integration into your research protocols. Their high purity and semiconducting nature make them a reliable choice for researchers and educators seeking top-tier materials for their projects.

FAQs

1. What are the primary applications of SWCNT Type 8 Carbon Nanotubes?

SWCNT Type 8 Carbon Nanotubes are primarily used in advanced research and educational settings for nanotechnology experiments and studies.

2. What is the purity level of these nanotubes?

The purity level of these nanotubes is 90%, making them highly suitable for precise and reliable research applications.

3. Are these nanotubes compatible with water-based solutions?

Yes, these nanotubes are dispersed in water at a concentration of 1mg/100ml, ensuring compatibility with water-based solutions.

4. What is the length and outer diameter of these nanotubes?

The length of these nanotubes ranges from 5-30 µm, and the outer diameter is 1-2 nm.

5. How should these nanotubes be stored?

These nanotubes should be stored in a cool, dry place away from direct sunlight and heat sources to maintain their integrity and performance.