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GRAPHENE SMART TEXTILE

GRAPHENE
SMART
TEXTILE

ILIASGLOBAL is a global marketing company that supplies innovative products and technologies to the global market, having entered into an Exclusive partnership with a graphene specialized company that researches and develops innovative solutions in the fields of Health, Beauty, Energy, and Lifestyle based on advanced nanomaterial graphene technology.

We collaborate with global partners with excellent technology and quality to provide future-oriented products and solutions, aiming to improve the quality of life of our customers and create sustainable value. Graphene technology is attracting attention as a next-generation advanced material, and ILIASGLOBAL is driving new innovation and growth in the global market through it.

What is Graphene?

Graphene is a 'dream new material' that will change the landscape of future industries.

Graphene is a single-atom-thick nanomaterial in which carbon atoms are arranged in a two-dimensional hexagonal honeycomb structure.

This material simultaneously possesses the following outstanding properties:

  • Mechanical strength about 200 times stronger than steel
  • Electrical conductivity superior to copper
  • Excellent thermal conductivity comparable to diamond
  • Extremely light and flexible properties
  • High transparency and durability

Thanks to these properties, graphene is attracting attention as a next-generation core material in various fields such as smart textiles, healthcare, electronics, batteries, semiconductors, aerospace, automobiles, energy, and medical & bio industries.

In particular, Graphene Smart Textile is rapidly developing into innovative products in the health, wellness, sports, and lifestyle fields based on its excellent thermal conductivity, flexibility, and durability.

Graphene is not just a new material, but a core platform material leading future technological innovation.

2010 Nobel Prize in Physics

Groundbreaking Experiments Regarding Graphene

Awarded jointly to Andre K. Geim and Konstantin S. Novoselov for their pioneering work on the two-dimensional material graphene.

Andre Geim

Andre K. Geim

The University of Manchester
  • Co-recipient of the 2010 Nobel Prize in Physics.
  • Developed the groundbreaking method for isolating graphene from graphite.
  • Pioneer in the study of two-dimensional materials.
  • His discoveries transformed modern materials science and nanotechnology.
Konstantin Novoselov

Konstantin S. Novoselov

The University of Manchester
  • Co-recipient of the 2010 Nobel Prize in Physics.
  • Conducted pioneering experiments revealing the remarkable properties of graphene.
  • Advanced the development of next-generation electronic materials.
  • Continues to contribute to global research in graphene and advanced materials.
ILIAS GLOBAL

Features of Graphene

Graphene, the next-generation innovative new material that changes the future

Graphene is a two-dimensional nanomaterial in which carbon atoms are bonded in a hexagonal honeycomb structure, possessing outstanding physical and chemical properties that overcome the limitations of existing materials.

Low Resistance
Low Resistance
Over 100x conductivity of copper, over 100x faster electron mobility than silicon
108 S/m
Electrical Conductivity (Superior to copper)
200,000 cm²/Vs+
Electron Mobility
Strength
Strength
Can be manufactured to be over 200x stronger and more robust than refined steel
130 GPa
Tensile Strength (Over 100x steel)
1.0 TPa
Elastic Modulus (Superior to diamond)
Thermal Conductivity
Thermal Conductivity
Twice the efficiency of diamond, which has the highest existing thermal conductivity
5,000 W/m·K
Thermal Conductivity (2x diamond)
>2,000 mm²/s
Thermal Diffusivity (Superior to copper)
Elasticity
Elasticity
Maintains electrical properties even when stretched or bent, boasting excellent resilience
>20%
Elongation at Break (Tens of times that of polymer materials)
Excellent
Resilience (Stable even under repeated deformation)
ILIAS GLOBAL

Key Application Fields of Graphene

Electronics / Displays Next-gen high-performance Semiconductors & Touch panels
Secondary Batteries / EVs Battery performance improvement Lightweighting & Durability enhancement
Aerospace / Defense Lightweight materials Heat resistance & Strength improvement
Medical / Bio Precision diagnostic equipment Drug delivery systems
Textiles / Clothing Development of functional textiles Incomparable comfort
Energy / Environment High-efficiency energy storage Environmental purification
Architecture / Interior High-strength composites Durability & Design innovation
NOBEL PRIZE 2010
Andre K. Geim, Konstantin Novoselov
GLOBAL LEADER
ILIAS GLOBAL
INNOVATION & TRUST
Building a better future