연구분야

Application of Advanced 2D/3D Materials

designed & prepared from KCOT

  • Heat
    Dissipation
  • Nanofluids
  • Fire
    Retardant
  • Energy Storage
    System
  • Conductive Ink
    FRP Composite
  • E-textile
    Flexible device

Advanced Materials for Heat Dissipation

Thermal interface materials
Pressure-sensitive adhesive tapes
Thermal adhesives
Thermal greases
Thermal gels, pastes and liquids
Elastomeric pads
Phase change materials
Graphite sheet
Solders and phase change metals
Compressible interface materials
Liquid metals
Thermal conductive filler
Fine alumina
Spherical alumina
High purity alumina
Boron nitride
Aluminum nitride
High purity graphite
Graphene
Thermal conductive PCB
Aluminum substrates
Alumina substrates
Aluminum nitride substrates
Silicon nitride substrate
· Thermal conductive materials
· Thermal conductive fillers
· Thermal conductive PCB

(Source: Yano Research Institute, 2016)

Boron Nitride-based Heat Dissipating Paint

DaeKwang Industry
LeeYoung TTC
-
KCOT, Phys. Status Solidi A, 2018, 1800512
Heat sink for electronic devices
Heat sink for LED light

Advanced 2D Material-based Heat Spreader Sheet

designed & prepared from KCOT

HJKim, US patent 9472354 B2, 2016
HJKim, KR patent 10-2015-7029180
KCOT, 2017
Thermal conductivity: > 350 W/m∙K
Applications
Handheld Devices
Mobile Computing &
Entertainment Devices
Large Displays
Lighting

(Source: Graftech)

Development of Recycled Materials using GAVEN(Gas Vent Nano Technology)

GAVEN의 정의

완전히 용융된 PLASTIC 원료가 사출기 금형에 사출 직전 GAS VENT NANO TECHNOLOGY를 통하여 용융된 원료와 GAS 및 수분을 분리하여 배출하는 장치.

GAVEN의 개발목적

플라스틱 제품 성형시 가장 문제가 되었던 가스불량을 획기적으로 개선하여 불량률 최소화 및 재생수지 사용으로 원가절감을 실현한 세계최초로 개발된 가벤입니다.

정밀제품에 대한 표면처리 기술 완성

Gas Vent System 사출물의
불순물 제거기술

Film Foaming 및 인쇄기술
적용

Electrostatic removal technology for nano materials

Unstale Suspension
Stale Suspension

Development of Pretreatment technology using advanced laser

1
케이블 보호기구
(Subsea Cable Protection)
2
깊이 조절형 부력모듈(Buoyancy)
3
해양매트리스(Marine Mattress)

Development of Pretreatment technology using advanced laser

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