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KAIST GCC


Developed Technology

Manufacturing Process for Nanocarbon-based High Performance Composites Developed Technology

Manufacturing Process for Nanocarbon-based High Performance Composites 사업화 기술

Manufacturing Process for Nanocarbon-based High Performance Composites 사업화 기술의 기술분야, 기술소개, 특징 및 활용방안, 첨부파일을 표시합니다.

Field New Material
Summary Synthesizing new graphene having various properties through surface treatment and organic/inorganic hybridization

Fabricating hybrid micro/nano composite materials having both structural performance (mechanical and damage tolerant) and multi-functional properties (electrical & thermal conductivity, real-time damage monitoring) through graphene surface treatment and hybridization
Advantage 1. Applicable to aircraft and electronics parts requiring mechanical property and electical conductivity

2. Benefits
① Applicable to bulletproof material, absorption of electromagnetic wave, lightning protection, communication devices
② Much improved properties compared to existing fiber composites
③ Real-time monitoring of any damage and its size and progress in a structure during its transport can provide higher credibility for aircrafts or vehicles
Attachments 107 manufacturing process for nanocarbon-based high performance composites.jpg