TECHNOLOGY From Ideas to Results!

Graphene Film Technology and Applications

Graphene Film Large Scale Sheets

Graphene on Copper (350mm x 450mm)

Raman Spectrum

Specifications

Size · 100mm x 100mm
· 300mm x 200mm
· 450mm x 350mm
Description · Monolayer graphene with occasional multilayer graphene
Substrate · 35㎛ thick copper(Rolled)
Domain · Less than 10 ㎛
· Adjustable upon request
Note · C13-graphene available

Graphene Film Transferred onto Substrates

Graphene on Copper (350mm x 450mm)

Raman Spectrum

Specifications

Size · 100mm x 100mm
· 300mm x 200mm
· 450mm x 350mm
Substrate · 100㎛ thick PET (Hard Coated)
· PEN, CPI can be used upon request
Sheet Resistance · Less than 250 Ω/sq (monolayer)
· Transferring multilayer graphene is possible upon request
Multilayer Graphene · v1000-5000 layers [+/-20%]

Products: High Performance Transparent Electrode

HPTE(450mm roll)

Specifications

Size · 100mm x 100mm
· 300mm x 200mm
· 450mm x 350mm
Substrate · PET
· PEN
· CPI
Sheet Resistance · Around 10 Ω/sq
Transmittance · Over 85% (including substrate)

Graphene Hybrid Based Heating Panel

Roll based HPTE (High Performance Transparent Electrode) are being developed

  • · Width: 450 mm
  • · Sheet Resistance: Around 10 Ω/sq
  • · IoT based control module is being developed
Ambient Heating Panel
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IoT based controller

Development of Light Weight Transparent Heating Film

  • · Area: 200mm x 200mm
  • · Power: 40 Watt (200mm x 200mm based) * Specific Power Output: 1,000 Watt/m2
  • · Sheet Resistance: Less than 50 Ω/sq
  • · Temperature Uniformity: Less than 5℃
  • · Transparency: Over 70%

Development of Thermal Control Systems

  • · Temperature monitoring and control using ethernet or Wi-Fi
  • · Development of stand alone controller or App for smartphone

Manufacturing Process for Graphene Film

Manufacturing Process for Graphene Film

Bio-Graphene Application: Working Project

Graphene Sensor for Healthcare
By measuring electrical signal from Graphene FET sensor, ion concentration can be determined

Below is an example of pH sensor using graphene FET sensor

Monitoring urinary ion concentration is important for managing blood pressure and risk of cardiovascular disease. Graphene sensor can be used to monitor urinary ion concentration

Professional Experience

Over 20 years of professional experience: substrates and graphene
  • In-line production of Leadframe(~’98)

  • Mass production of Leadframe for SEC (~’02)

  • Mass production of COF Substrates for DDI (~’13)

  • RtoR Production of FBGA substrate(~’10)

  • World 1st 2G size graphene production (’11)

  • Graphene Applications(’13~)

Expertise and Strengths

Experiences in mass production and knowledge on graphene combined!