Research content
Design, synthesize, and develop nanoporous materials with desired functions and performance
- Development of aerogel that ensures eco-friendliness in the manufacturing process and application process that is harmless to the human body and enables continuous production (mass production)
- Development of technology related to application and commercialization of developed aerogel
- Development of composite nanomaterials and application methods through research on chemical nanoalloy technology
Application field
Development of aerogel with eco-friendliness, mass production, and dispersibility
- Ultra-light, ultra-insulating, ultra-fireproof insulation, fireproofing, and soundproofing
- Energy mortgage materials and fire safety materials for batteries and supercapacitors
- Used in life science fields such as cosmetics and drug delivery systems
- Used as cold-proof, hydrophobic, adsorbent, and heat-resistant materials in the textile and environmental fields.
Development of composite nanomaterials through research on chemical nanoalloy technology
- Used in fuel cell catalysts, water electrolysis system catalysts, and next-generation battery electrodes in the energy industry.
- Used in semiconductor devices, sensor materials, display flexible electronic devices, etc. in the electronics and semiconductor industries.
- Used as lightweight, high-strength materials, friction and wear-resistant materials in the aerospace and mobility industries.
- Used in magnetic alloy composites, implant coatings, high-efficiency catalysts, and photocatalyst materials for cancer diagnosis and treatment in the chemical and bio industries.
Expected effect
- Deriving growth engines for humanity's future science and technology power by accumulating and creating foundational and commercialization technologies in the field of futuristic nanoporous materialw
- Secure world-class research competitiveness in the field of nanoporous materials