Multi-Walled Carbon Nanotubes

We manufacture various forms of Multi-Walled Carbon Nanotubes and its applications.

Purified Multi-Walled Carbon Nanotubes

Ultra pure multi walled carbon nanotubes having  diameter of 5-15 nm and length average 10 microns. 

Multi-Walled Carbon Nanotubes

Multi walled carbon nanotubes having  diameter of 5-15 nm and length average 10 microns.

MWCNT Dispersion

Customized percentage of Stable MWCNT Dispersion in various organic solvent such us water, DMF, IPA,  acetone and much more.

Carboxyl Functionalized MWCNT

2-5% of carboxyl (COOH) attach functionalized Multiwall Carbon Nanotubes. 

Hydroxyl Functionalized MWCNT

2-5% of Hydroxyl (OH) attach functionalized Multiwall Carbon Nanotubes. 

Amine Functionalized Multi Walled Carbon Nanotubes

2-5% of Amine (Nh2) attach functionalized Multiwall Carbon Nanotubes. 

Customized Grade of MWCNT

We manufacture the customized grade  of MWCNT suitable for your industrial application.

MWCNT Polymer Nanocomposite

We provide various MWCNT nanocomposite / master batch as per your requirement.

MWCNT Metal Nanocomposite

We manufacture the MWCNT metal nano composite via stirrer casting  in a required shape

Carbon Nanotubes is a rolled form of Graphene

Graphene has earned the moniker The Miracle Material, because it is considered as the world’s strongest and thinnest material, and it also have very good electrical conductivity better than any other materials available, transparent than glass and also flexible. Strategic metal Experts have stated Graphene “The most important substance created since synthetic plastic a century ago”..

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Applications of Multi-Walled Carbon Nanotubes

Polymer

Multiwall carbon nanotubes is one of the strongest material, it can also be used as an additive to enhance the strength of other materials. Enormous number of researches have demonstrated that graphene and its derivative filled with composites shown immense potential applications due to its exceptional reinforcement in composites. Adnano Technologies manufactures various types of MWCNT polymer nanocomposites/masterbatches
Improves Mechanical Properties

With small addition of MWCNT or MWCNT based materbatch in the matrix polymer can improve many of its mechnical properties.

Improve Electrical Conductivity

With an accurate addition of MWCNT/ its variants in a matrix to get a well disperessed nanocomposite which enchance its electrical properties

Improve Thermal Conductivity

MWCNT is the world’s most conductive material to heat MWCNT or its variants with a small addition can improve thermal conductivity

Metal

MWCNT is highly stronger than steel and has very high electrical conductivity equivalent to copper along with very high thermal conductivity too and also very lightweight. So with minute incorporation/coating meant with the metal/metal alloys get improvement in their properties. Ad-nano technologies manufactures mwcnt metal nanocomposite and anti corrosive paint

Improve Thermal Properties

With samples incorporation of  MWCNT in molten metal via stirrer casting, will improve the thermal properties.

Improve the electrical properties

Many researchers have demostrated that with small quantity of MWCNT incorporation with metal can improve it electrical conductivity.

Anticorrosive

MWCNT Based paint can improve the shell life of metal. protecting it from corrosion.

Electronics

MWCNT has very good electrical conductivity and also thermal conductivity due to which it has purse wide range of application in the field of electronics such as printable electronics, sensors, displays and hard disk component handling. Adnano Technologies Pvt Ltd manufactures the conductive ink for screen printable application visit www.adnanoink.com

Next generation circuits

MWCNT based cirucits Allows for high-speed manufacturing processes, Transparent conducting electrodes and The best candidate to replace Indium Tin Oxide (ITO).

Consitant Performance

Adnano Conductive ink provide consistance in performance

Longer Carriers Lifetime

It has consistent ESD protection, Longer life of carriers due to additives durability, High cleanliness and ultra-low particulate, Flexible and durable printing and easy scalability.

Energy

MWCNT is one of the leading materials use to development the more efficient and environmentally friendly sources today in applications ranging from batteries, super capacitors and fuel cells to wind turbines and solar cells. with increased available power and decreased recharging time. Adnano Technologies Pvt Ltd provides customized grade of MWCNT or its variants to fulfil your needs.

Improve power and energy density
Extend battery cycle lifetime
Coating the electrodes surfaces with MWCNT will achieve the benefits required.
Fast Charging

Paints and Coating

MWCNT based dispersion enhances the paints and coating by improving mechanical properties, scratch resistance, flexibility, abrasion resistance, conductive, Improving decorative effect, adhesion, pencil hardness, with less impact on color and cost-effective solution. Adnano Technologies manufactures the customized stable and suitable MWCNT base dispersions which will incorporate in your paints and coating. contact us form more details

Improves Mechanical Properties

With samples incorporation of  MWCNT dispersion improves mechincal properties such us scratch resistanc, flexibility, abrasion resistance and pencil hardness.

Uniform Conductivity of Primer

get uniform conductivity of primer with small loading of MWCNT varients

Get Anticorrosive Protection

MWCNT Based paint can improve the shell of metals to protecting it from corrosion.

Construction

MWCNT or its varients incorporated concrete to control material behaviour and add novel properties such us superior mechanical performance and durability potentially having a range of novel properties such us:   self-sensing capabilities, self-cleaning, self healing, high ductility, and self-control of cracks.  Adnano Technologies provides MWCNT dispersion customised for the construction application

Improve Mechanical Properites
Lower The Cost
It works in concrete by improving the bulk properties  and lower the cost per building site with high tensile strength and cessation of super plastizine utilization .
New Generation Structures

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