Carboxyl SWCNT-COOH, Single wall Carbon Nanotubes
(Purity: ~98Length:3-8µm COOH), Worlwide Shipping, High Purity, Less Price, Fast Delivery
NanowizTech COOH-SWCNT (Carboxyl Single-Wall Carbon Nanotubes), CAS No. 308068-56-6, are high-purity functionalized carbon nanotubes containing carboxyl (-COOH) surface groups. These advanced nanomaterials provide excellent dispersion in aqueous and organic media, enhanced chemical reactivity, and outstanding electrical, thermal, and mechanical properties. They are widely used in nanotechnology, conductive composites, sensors, energy storage devices, biomedical research, polymer reinforcement, electronics, and advanced material development.Â
NanowizTech is a trusted manufacturer and supplier of premium-quality COOH-SWCNT for research and industrial applications worldwide.NanowizTech manufactures and supplies high-quality COOH-SWCNT (Carboxyl Single-Wall Carbon Nanotubes), CAS No. 308068-56-6, designed for advanced nanotechnology, electronics, energy storage, biomedical research, and conductive composite applications.
Product | SWCNT-COOH | |
|---|---|---|
Stock No. | NW2001-09-0008 | |
CAS | 308068-56-6 | Confirm |
OD | 1-2nm | Confirm |
Form | Powder | Confirm |
Purity | ~98% (SWCNT) | Confirm |
Residue (calcination in air) | ~ 2% | Confirm |
Surface Modified | COOH | Confirm |
Special Surface Area | 350-450* m²/g | Confirm |
Charging * | 2180 (Capacity: mA h/g) | Confirm |
Main Inspect Verifier | QC In charge | Confirm |
Note: Product Specification are subject to amendment and may change over time.
NanowizTech COOH-SWCNT (Carboxyl Single-Walled Carbon Nanotubes) – High Purity Carbon Nanomaterial for Advanced Applications:
NanowizTech COOH-SWCNT (Carboxyl Single-Walled Carbon Nanotubes) is an advanced functionalized carbon nanomaterial designed for research, industrial, and commercial applications requiring superior electrical, mechanical, thermal, and chemical performance. COOH-SWCNT represents a modified form of Single-Walled Carbon Nanotubes (SWCNTs) where carboxyl (-COOH) functional groups are introduced onto the nanotube surface to improve dispersion, chemical interaction, and compatibility with different matrices.
As a leading manufacturer and global supplier of advanced nanomaterials, NanowizTech provides high-purity COOH-SWCNT with consistent quality, competitive pricing, and worldwide shipping solutions for customers across research institutes, universities, and industrial sectors.
Carboxyl functionalized Single-Walled Carbon Nanotubes are widely used in nanotechnology, electronics, energy storage, composite materials, sensors, biotechnology, and advanced material development. Their unique one-dimensional structure, excellent conductivity, lightweight nature, and large surface area make them one of the most valuable carbon-based nanomaterials available today.
NanowizTech focuses on producing high-quality COOH-SWCNT products with controlled functionalization levels, excellent purity, and reliable performance for both laboratory-scale research and industrial-scale applications.
What Are Carboxyl Single-Walled Carbon Nanotubes (COOH-SWCNT)?
Single-Walled Carbon Nanotubes are cylindrical structures made from a single layer of graphene rolled into a seamless tube. They possess exceptional properties such as high tensile strength, outstanding electrical conductivity, excellent thermal conductivity, and remarkable chemical stability.
However, pristine SWCNTs have strong surface interactions that can cause aggregation and poor dispersion in many solvents and composite materials. To overcome this limitation, carboxyl functionalization is performed.
COOH-SWCNT contains carboxylic acid groups attached to the nanotube surface, which enhance:
- Dispersion stability
- Chemical bonding ability
- Surface reactivity
- Compatibility with polymers and solvents
- Integration into composite materials
The addition of -COOH groups allows researchers and manufacturers to modify the nanotube surface according to specific application requirements.
Properties, Technical Specifications, Manufacturing Process & Quality Standards of NanowizTech COOH-SWCNT
Advanced Properties of COOH-SWCNT (Carboxyl Single-Walled Carbon Nanotubes)
The unique combination of nanoscale structure, high surface area, conductivity, and chemical reactivity makes COOH-SWCNT one of the most advanced carbon nanomaterials available.
High Electrical Conductivity
One of the most important characteristics of Single-Walled Carbon Nanotubes is their excellent electrical conductivity. COOH-SWCNT maintains the electronic properties of SWCNT while providing improved interaction with surrounding materials.
The conductive pathways created by COOH-SWCNT help improve the performance of:
- Conductive polymer composites
- Electronic devices
- Electrochemical electrodes
- Energy storage materials
- Flexible electronic components
Due to its nanoscale diameter and unique carbon structure, COOH-SWCNT can provide efficient charge transport even at low loading concentrations.
Outstanding Thermal Conductivity
COOH-SWCNT demonstrates excellent thermal transport capability due to the strong carbon-carbon bonding structure of nanotubes.
Its thermal properties make it useful for:
- Thermal management materials
- Heat dissipation systems
- Advanced cooling technologies
- Electronic packaging materials
The addition of functional groups allows better integration into different matrices while maintaining the valuable thermal characteristics of carbon nanotubes.
Large Surface Area
COOH-SWCNT has a very high surface-to-volume ratio, providing numerous active sites for chemical interactions.
This property benefits applications such as:
- Chemical sensors
- Biosensors
- Catalysts
- Drug delivery research
- Surface modification technologies
The carboxyl groups provide additional reactive sites for bonding with nanoparticles, polymers, proteins, and other molecules.
Enhanced Chemical Reactivity
Compared with pristine SWCNT, COOH-SWCNT offers improved chemical functionality because of the presence of oxygen-containing groups.
The -COOH functional groups allow:
- Covalent bonding
- Surface modification
- Improved solvent compatibility
- Better polymer interaction
- Easier chemical processing
This makes COOH-SWCNT a preferred choice for researchers working on functional nanocomposites and hybrid materials.
Lightweight and High Strength
Despite its extremely low weight, COOH-SWCNT provides outstanding mechanical strength.
Important mechanical advantages include:
- High tensile strength
- Excellent flexibility
- Low density
- Structural reinforcement ability
These properties make it suitable for lightweight composite materials used in aerospace, automotive, and engineering applications.
Applications, Industrial Uses, Advantages & Global Supply of NanowizTech COOH-SWCNT
Applications of COOH-SWCNT (Carboxyl Single-Walled Carbon Nanotubes)
COOH-SWCNT has become an important nanomaterial for various advanced technology sectors because of its electrical, mechanical, thermal, and chemical properties.
Its unique surface functionality allows it to be incorporated into multiple applications.
Energy Storage Applications
COOH-SWCNT is widely researched for energy storage technologies, including:
- Lithium-ion batteries
- Supercapacitors
- Fuel cells
- Advanced electrode materials
The excellent electrical conductivity and large surface area of COOH-SWCNT help improve electrode performance by enhancing charge transfer and structural stability.
In battery materials, COOH-SWCNT can act as a conductive additive that improves electrical networks and increases overall efficiency.
Electronics and Conductive Materials
The exceptional electrical characteristics of COOH-SWCNT make it valuable in advanced electronic applications.
Uses include:
- Conductive films
- Flexible electronics
- Nanoelectronic components
- Semiconductor research
- Antistatic coatings
COOH-SWCNT helps develop lightweight and efficient electronic materials.
Biomedical and Biotechnology Research
COOH-SWCNT is used in biomedical research because the carboxyl groups allow further surface modification.
Potential research areas include:
- Drug delivery systems
- Biomolecule attachment
- Diagnostic platforms
- Bio-sensing technologies
Researchers can modify the surface chemistry of COOH-SWCNT according to specific biological requirements.
Advanced Coatings
COOH-SWCNT can improve coating performance by providing:
- Electrical conductivity
- Mechanical reinforcement
- Corrosion resistance
- Enhanced durability
Applications include:
- Protective coatings
- Functional surfaces
- Conductive paints
- Industrial materials
Why Choose NanowizTech COOH-SWCNT?
NanowizTech focuses on the development and supply of functionalized carbon nanotubes with controlled surface chemistry and high-performance characteristics.
The company’s manufacturing approach emphasizes:
- High-quality raw materials
- Advanced functionalization technology
- Consistent product performance
- Strict quality evaluation
- Customer-focused solutions
This makes NanowizTech a preferred supplier for customers seeking reliable COOH-SWCNT materials.
Frequently Asked Questions (FAQ) About COOH-SWCNT
What is COOH-SWCNT?
COOH-SWCNT stands for Carboxyl Single-Walled Carbon Nanotubes. It is a functionalized form of SWCNT where carboxyl (-COOH) groups are introduced onto the nanotube surface to improve chemical interaction and dispersion.
What is the CAS Number of COOH-SWCNT?
The CAS Number associated with COOH-SWCNT is:
CAS No.: 308068-56-6
What is the chemical formula of COOH-SWCNT?
The commonly used product formula designation is:
Formula: COOH-SWCNT
It represents Single-Walled Carbon Nanotubes modified with carboxyl functional groups.
Why is carboxyl functionalization important?
Carboxyl functionalization improves:
- Surface activity
- Dispersion
- Chemical bonding
- Compatibility with polymers and solvents
This makes COOH-SWCNT easier to integrate into different materials.
Can COOH-SWCNT be used for industrial applications?
Yes. COOH-SWCNT is suitable for industrial research, material development, and advanced manufacturing applications where improved mechanical, electrical, or chemical properties are required.
