flasyn by High Speed Reacting Flow Laboratory (HIREF), UTM

Multi-Walled Carbon Nanotubes

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

MWCNT

MWCNT improves the Mechanical Performance, Thermal Conductivity, Electrical Conductivity and permeation barrier properties of a range of composites and formulations. In purified MWCNT, the carbon nanotubes are entirely disassociated ensuring good dispersion and ease of handling while providing the full performance advantages of carbon nanotubes.

The CNTs we produce are of lab-grade quality, which is well-known to be superior to industrial-grade.

FlaSyn™ has been awarded:

1. Silver Medal at Industrial Art and Technology Exhibition (INATEX) in 2019, 2020, and 2023

2. Silver Medal at Malaysia Technological Expo (MTE) 2021

Value Proposition

Price comparison of MWCNT in markets vs FlaSyn CNT

Improves Mechanical Properties

The addition of a small amount of MWCNT or MWCNT-based masterbatch to a polymer matrix can significantly enhance its mechanical properties. We are suppliers of Multi-Walled Carbon Nanotubes.

Improve Electrical Conductivity

The precise addition of MWCNTs or their variants to a matrix results in a well-dispersed nanocomposite, significantly enhancing its electrical properties.

Improve Thermal Conductivity

MWCNT is one of the most thermally conductive materials in the world. Even a small addition of MWCNT or its variants can significantly improve thermal conductivity. We are suppliers of Multi-Walled Carbon Nanotubes.

Improve Thermal Properties

Incorporating MWCNT samples into molten metal through stir casting can enhance the material’s thermal properties.

Improve Electrical Properties

Numerous researchers have demonstrated that incorporating a small quantity of MWCNT into metal can significantly enhance its electrical conductivity. We are suppliers of Multi-Walled Carbon Nanotubes.

Anticorrosive

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

Next Generation Circuits

MWCNT-based circuits enable high-speed manufacturing processes, provide transparent conducting electrodes, and are an excellent candidate to replace Indium Tin Oxide (ITO).

Consitant Performance

Provide consistance in performance

Longer Carriers Lifetime

It offers consistent ESD protection, extended carrier life due to the durability of additives, high cleanliness with ultra-low particulate levels, flexible and durable printing capabilities, and easy scalability.

Improve Power and Energy Density

Achieve enhanced power and energy density as a result of the increased surface area.

Extend Battery Cycle Lifetime

Coating electrode surfaces with MWCNTs will provide the desired performance improvements.

Fast Charging

More electricity can flow between the electrodes and the chemicals inside the battery.

Improves Mechanical Properties

Incorporating MWCNT dispersion into samples improves mechanical properties such as scratch resistance, flexibility, abrasion resistance, and pencil hardness.

Uniform Conductivity of Primer

Achieve uniform conductivity in primer with a minimal loading of MWCNT variants, ensuring efficient performance with reduced material usage.

Get Anticorrosive Protection

MWCNT-based paint can enhance the protective coating of metals, shielding them from corrosion effectively.

Improve Mechanical Properites

Even a minimal incorporation of MWCNT in concrete can significantly improve its self-sensing capabilities, self-cleaning, self-healing, high ductility, and self-control of cracks.

Lower The Cost

MWCNTs enhance concrete by improving its bulk properties, increasing tensile strength, and eliminating the need for superplasticizers, ultimately reducing costs per building site.

New Generation Structures

It is evident that the use of nanomaterials in concrete significantly improves the technical properties of cement-based materials, enhancing performance and durability.