NanowizTech – MWCNT Dispersion Manufacturer and Global Supplier of High-Purity Multi-Walled Carbon Nanotubes

Premium Quality MWCNT Dispersion at Competitive Prices – CAS No. 308068-56-6 | Formula: C

NanowizTech is a manufacturer and supplier of advanced nanomaterials, offering Multi-Walled Carbon Nanotubes (MWCNT) Dispersion for industrial, commercial, scientific, and research applications. Our MWCNT dispersion solutions are developed for customers seeking high-performance carbon-based nanomaterials with excellent electrical conductivity, mechanical strength, thermal stability, and functional properties.

As a supplier focused on advanced carbon nanotechnology, NanowizTech aims to provide quality-oriented MWCNT dispersion solutions at competitive prices, supporting customers from laboratory-scale research to industrial material development. Our product range serves industries involved in conductive coatings, polymer composites, electronic materials, energy storage, conductive inks, specialty paints, advanced ceramics, and nanocomposite manufacturing.

MWCNT dispersion is an important material in modern nanotechnology because it enables multi-walled carbon nanotubes to be incorporated into different liquid-based formulations and material systems. Properly dispersed carbon nanotubes can help improve the electrical, thermal, and mechanical performance of finished products, depending on the formulation, concentration, compatibility, and processing conditions.

NanowizTech focuses on providing customers with reliable product information, technical support, customized supply possibilities, and competitive commercial solutions for domestic and international markets.

Product Name: Multi-Walled Carbon Nanotubes Dispersion (MWCNT Dispersion)
Brand: NanowizTech
CAS Number: 308068-56-6 (verify against product-specific documentation)
Chemical Formula: C
Product Type: Carbon Nanotube Dispersion
Supply: Industrial, Research and Bulk Supply
Availability: Subject to formulation and order requirements
Shipping: Domestic and International Shipping Options

What Is MWCNT Dispersion?

Multi-Walled Carbon Nanotube Dispersion, commonly known as MWCNT Dispersion, is a liquid formulation containing multi-walled carbon nanotubes distributed throughout a suitable dispersion medium.

Multi-walled carbon nanotubes are cylindrical nanostructures consisting of multiple concentric graphene layers rolled into tubular structures. Their distinctive nanoscale geometry gives them a combination of properties that makes them valuable for advanced engineering and industrial applications.

These carbon nanotubes are known for their high aspect ratio, excellent electrical conductivity, mechanical strength, thermal properties, and relatively low density.

However, carbon nanotubes naturally tend to form bundles and agglomerates because of strong interactions between individual nanotubes. Dispersion technology helps distribute these structures throughout a liquid medium, making them easier to incorporate into paints, coatings, polymers, inks, composites, and other functional formulations.

The final performance of MWCNT dispersion depends on several factors, including nanotube purity, concentration, surface characteristics, dispersion medium, dispersing agents, processing methods, and compatibility with the intended application.

NanowizTech MWCNT dispersion is intended for customers looking for advanced carbon nanomaterial solutions for research, product development, and industrial formulation.

Largest MWCNT Manufacturer and Supplier – NanowizTech

NanowizTech aims to serve as a reliable sourcing partner for Multi-Walled Carbon Nanotubes Dispersion and advanced carbon nanomaterials.

Customers searching for a leading MWCNT manufacturer, wholesale carbon nanotube supplier, or bulk MWCNT dispersion source require more than just a product name. They need consistent technical specifications, transparent product information, competitive quotations, and dependable supply arrangements.

NanowizTech focuses on these important purchasing requirements.

Our commercial approach emphasizes:

• Quality-oriented carbon nanotube dispersion solutions.
• High-purity MWCNT material options, subject to grade specifications.
• Competitive pricing for laboratory and industrial requirements.
• Bulk and wholesale supply enquiries.
• Customized dispersion formulations, subject to feasibility.
• Technical product information and specification support.
• Domestic and international shipping arrangements.
• Customer support for industrial and research applications.

For customers comparing MWCNT dispersion manufacturers and suppliers, product specifications should always be evaluated alongside price. Concentration, purity, dispersion stability, medium, and compatibility are important factors when selecting the appropriate material.

NanowizTech welcomes enquiries from distributors, manufacturers, research laboratories, universities, and industrial customers looking for carbon nanotube dispersion solutions.

Important Properties of MWCNT Dispersion

Multi-Walled Carbon Nanotubes are valued for their combination of physical, electrical, thermal, and mechanical properties.

Excellent Electrical Conductivity

MWCNTs are widely investigated and used as conductive additives in different material systems.

Their interconnected tubular structures can create conductive pathways within polymer matrices, coatings, inks, and composite materials.

Depending on nanotube loading, dispersion quality, and formulation, MWCNTs can help improve electrical conductivity and reduce electrical resistance.

Potential applications include antistatic coatings, conductive plastics, electromagnetic interference shielding materials, conductive inks, and electronic components.

High Mechanical Strength

Multi-walled carbon nanotubes possess remarkable mechanical characteristics at the nanoscale.

Their high aspect ratio and tubular structure make them attractive reinforcing materials for polymer composites and other advanced materials.

When appropriately incorporated into a compatible matrix, MWCNTs may improve mechanical performance, stiffness, and resistance to certain forms of deformation.

The actual improvement depends on interfacial bonding, dispersion quality, nanotube loading, and processing conditions.

Excellent Thermal Properties

Carbon nanotubes are investigated for their thermal transport properties and potential applications in thermally functional materials.

MWCNTs can be incorporated into selected polymer composites, coatings, and other material systems to modify thermal behaviour.

Their effectiveness depends on the orientation and distribution of nanotubes, concentration, and the characteristics of the surrounding matrix..

Industrial Applications of MWCNT Dispersion

MWCNT dispersion has applications across several advanced material industries.

Conductive Coatings

MWCNT dispersion is used as a conductive additive in the development of functional coating systems.

It can help establish electrical pathways within suitable coating formulations.

Potential applications include:

• Antistatic surface coatings.
• Electrically conductive coatings.
• EMI shielding coatings.
• Functional industrial coatings.
• Conductive protective layers.
• Specialty electronic coatings.

The final electrical performance depends on nanotube loading, dispersion quality, coating thickness, and the formulation’s conductive network.

Polymer Composites

One of the important applications of multi-walled carbon nanotubes is polymer reinforcement and functional modification.

MWCNT dispersion can be incorporated into compatible polymer matrices to develop nanocomposites with modified electrical, thermal, and mechanical properties.

Potential polymer applications include:

• Epoxy composites.
• Polyurethane systems.
• Thermoplastic composites.
• Conductive polymer materials.
• Engineering plastics.
• Industrial polymer coatings.
• Lightweight composite components.

Proper dispersion is essential to achieving consistent material properties.

Battery and Energy Storage Materials

Carbon nanotubes are widely studied for their potential in energy storage technologies.

MWCNTs can be used as conductive additives in selected battery electrode formulations and other electrochemical material systems.

Potential areas include:

• Lithium-ion battery research.
• Conductive electrode materials.
• Energy storage composites.
• Supercapacitor materials.
• Electrochemical research.
• Advanced carbon-based electrode development.

Their conductive network characteristics may help improve electron transport in suitable electrode systems.

Conductive Inks

MWCNT dispersion can be used in developing carbon-based conductive inks and printable functional materials.

Potential applications include:

• Printed electronics.
• Flexible electronic circuits.
• Conductive printing.
• Sensor development.
• Printed electrodes.
• Flexible electronic components.

Ink performance depends on viscosity, conductivity, substrate compatibility, drying conditions, and formulation stability.

Electronic and Electrical Industries

MWCNTs are valuable materials for the development of advanced electronic and electrical products.

Their conductive properties make them relevant to research and manufacturing involving:

• Conductive plastics.
• Antistatic electronic housings.
• EMI shielding materials.
• Electrical components.
• Flexible electronics.
• Functional sensors.
• Conductive composite materials.

Automotive Applications

The automotive industry continues to investigate lightweight and functional materials for modern vehicle manufacturing.

MWCNT-based composites can be considered for applications requiring improved electrical functionality, antistatic performance, or mechanical characteristics.

Potential areas include:

• Conductive automotive plastics.
• Antistatic components.
• Lightweight composite materials.
• EMI shielding structures.
• Functional interior components.
• Advanced polymer systems.

Paints and Specialty Coatings

MWCNT dispersion can be incorporated into compatible paint and coating formulations.

Applications may include conductive paints, antistatic coatings, specialty industrial coatings, and functional protective systems.

The required concentration and dispersion medium depend on the formulation.

Why Choose NanowizTech MWCNT Dispersion?

Selecting an appropriate carbon nanotube supplier is important for achieving reliable manufacturing and research outcomes.

NanowizTech aims to provide customers with product options and commercial support suited to different application requirements.

High-Purity Material Options

Customers can enquire about high-purity MWCNT grades and their corresponding technical specifications.

Purity should be confirmed through product-specific documentation and test results.

Customized Formulation Possibilities

Different industrial applications require different dispersion characteristics.

Customers can discuss their requirements for:

• Aqueous MWCNT dispersion.
• Solvent-based MWCNT dispersion.
• Different nanotube concentrations.
• Selected formulation additives.
• Application-specific dispersion characteristics.

Customization is subject to technical feasibility and product availability.

Customers should contact NanowizTech to confirm shipping arrangements before placing an order.

The demand for advanced carbon nanomaterials continues to grow across different industrial and research sectors.

Manufacturers are exploring nanotube-based materials for electrical conductivity, lightweight composites, thermal functionality, and next-generation electronic applications.

NanowizTech aims to support international customers seeking MWCNT dispersion and related nanomaterial solutions.

International enquiries may include customers from:

• United States.
• United Kingdom.
• Germany.
• France.
• Italy.
• Spain.
• Netherlands.
• Switzerland.
• Japan.
• South Korea.
• Singapore.
• Malaysia.
• Thailand.
• United Arab Emirates.
• Saudi Arabia.
• Australia.
• Canada.
• Brazil.
• Other international markets. 

FAQ

 What is MWCNT dispersion?

MWCNT dispersion is a liquid formulation containing multi-walled carbon nanotubes distributed in a selected dispersion medium. It is used in conductive coatings, polymer composites, electronic materials, inks, and nanotechnology applications.

What is the CAS number of MWCNT dispersion?

The CAS number provided for this product is 308068-56-6. Customers should verify the identification against the supplier’s product-specific documentation.

What is the chemical formula of MWCNT?

The elemental chemical formula for carbon nanotubes is C, as they are carbon-based nanostructures.

What are the major properties of MWCNT?

MWCNTs are known for electrical conductivity, mechanical strength, high aspect ratio, thermal properties, low density, and chemical stability under suitable conditions.

Where is MWCNT dispersion used?

It is used in conductive coatings, polymer composites, specialty paints, conductive inks, battery materials, sensors, electronics, and advanced nanotechnology research.

Can MWCNT dispersion be customized?

Selected formulation parameters, including concentration and dispersion medium, may be discussed according to application requirements and technical feasibility.

What industries use multi-walled carbon nanotubes?

Industries include electronics, automotive, aerospace, energy storage, polymer manufacturing, specialty coatings, advanced composites, and scientific research.

Contact NanowizTech today for product specifications, technical documentation, pricing, bulk orders, and international shipping enquirie