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Chemical Materials Solutions Center

Chemical Materials Solutions Center
Head
  • NameWoo Jin Choi
  • Office042-860-7901
  • E-mailwjchoi@krict.re.kr
Woo Jin Choi

Major research fields

Development and provision of high-precision roll-to-roll pilot coating process technology

  • Establishment of world-class pilot coating process facility to increase competitiveness of functional coating and film industry
  • Operation of various roll-to-roll coating devices and development of process technology
  • Establishment of equipment for precise evaluation of functional films and provision of technical supports
  • Key pilot roll-to-roll coating process facilities: wet coater, Sputter, and CVD

Establishment and provision of chemical materials database

  • Establishment and provision of chemical materials database about properties and applications
  • Provision of newest technical trend information and in-depth reports about chemical materials
  • Provision of in-depth education and customized technical consulting for each field
  • Key database available in the fields of high-functionality composite materials/rubber mixing; functional coating film (transparent conductive films, barriers, etc.); and perovskite solar cells

Establishment and provision of simulation-based virtual engineering platform for materials, processes and components

  • Establishment of simulation technology and relevant software foundations for providing supports to minimize trial-and-error from material design to mass production
  • Provision of services for selecting optimal materials and processes and predicting performance in advance in connection with chemical material properties database and manufacturing process
  • Provision of in-depth education on CAE analysis and technical consulting
  • Materials and analytical areas with intensified supports: properties analysis, process analysis, structural analysis, and formation-structure analysis of high-strength/light-weight composite materials; flexible electronic materials; and high value-added hyper-elastic materials