MXene&DWCNT

2D material composed of metal (transition metal), carbon (C), and nitrogen (N) 2D nanomaterials with alternating metal and carbon layers It is possible to develop various types of materials through surface 

treatment with multi-layered structure

M of MXene means transition metal (Ti, Zr, Hf, V, NB, Ta, Cr, etc.), X stands for carbon (C) or nitrogen (N). two-dimensional metal carbide, discovered in 2011 It is a material of a new two-dimensional structure with nitride or carbon nitride.

MXene Properties

Characteristics of MXene

 Mxene bonds have very strong metal and ionic bonding properties structurally. It is expected to be used in semiconductors and electronic devices due to high electrical conductivity in combination with various metal compounds.

MXene polymer composites made of MXene 2D nanomaterials show excellent electromagnetic wave shielding properties even in a very thin thickness compared to conventional composites.

This is because MXene has a multilayer stacked structure that effectively absorbs electromagnetic waves by generating an internal multiple reflection effect in which reflections are repeated several 

times within the film.

MXene Application

Development of MXene (Ti3C2Tx) + PET Convergence Fiber for the First Time

CNT: Carbon NanoTube is a spiral material in which six hexagonal carbon atoms are connected in a tube shape to form a net structure, and is called 

a nanotube because the tube's diameter is as small as a nanometer.

This is because MXene has a multilayer stacked structure that effectively absorbs electromagnetic waves by generating an internal multiple reflection effect in which reflections are repeated several times within the film. .

DWCNT types

Types of Carbon Nano Tube

DWCNT Application

Development of DWCNT Composite 

Para-Aramid Fiber