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IPRs
IPRs
A global leader in material science and optical technology
Major IPRs

2025

  • Manufacturing method of double-sided flexible copper-clad laminate (FCCL)
  • Self-healing paint protection film
  • Paint protection film
  • Backsheet for solar cell module

2024

  • Three-dimensional image film with multilayer structure and transfer material
  • Method for preparing graphene dispersion and graphene–polymer composites, and manufacturing method of barrier film using the same
  • Barrier film and quantum dot sheet comprising the same

2022

  • Conductive substrate and manufacturing method thereof

2021

  • Inorganic–organic hybrid barrier film with graphene and manufacturing method thereof

2017

  • Polymer film and manufacturing method thereof
  • Manufacturing method of barrier film and barrier film
  • Manufacturing method of alloy–shell quantum dots, alloy–shell quantum dots, and backlight unit including the same
  • Multi-dispersed quantum dot matrix, method of manufacturing the same, and light-emitting device

2015

  • Dye-sensitized solar cell and manufacturing method thereof
  • Transparent conductive film using carbon nanotubes and manufacturing method thereof
  • Adhesive containing pigment and metal oxide, and colorable heat-shielding carbon–ceramic film using the same

2014

  • Method for forming touch sensor pattern using mold-pattern die
  • Touch screen panel comprising sensing electrode and conductive electrode having higher conductivity than the sensing electrode

2013

  • Manufacturing method of transparent electrode with improved conductivity using carbon nanotubes
  • Capacitive touch screen panel using carbon nanotubes
Major research results

2025

  • Developed the world’s first high barrier film applying wet coating technology

2024

  • Developed 3A Film with Anti-Fingerprint, Anti-Glare, and Anti-Reflection functions

2023

  • Developed PEDOT transparent conductive film for electrode applications

2022

  • Developed Flexible Copper Clad Laminate (FCCL)

2021

  • Developed Hard Coating Film for PDLC applications

2020

  • Developed Display Protection Film for Automotive Displays

2019

  • Developed Transparent Conductive Film using AgNW (Silver Nanowire)

2018

  • Developed decoration film with metallic exterior effect

2017

  • Developed and produced barrier films

2013

  • Developed and produced MOIRE FREE complex optical sheets for TV’s

2012

  • Developed and produced optical sheets for 2012 TMD(TABLET&MOBILE)s
  • Developed world’s first CNT-based electrostatic method touch screen sensor

2011

  • Successfully commercialized CNT TCO films (resistance film based) ; First in the world

2008

  • Developed world’s first new complex optical sheets (integrated prism sheet and protective sheets into one)

2005

  • Developed world’s first environmentally-friendly silicon (resin) prism sheet
  • Developed SP(Super Performance) film, a highly functional window film

2004

  • Developed inkjet photo film

2003

  • Developed optical sheets for LCD BLU (dispersion sheet, reflection sheet, protection sheet)
  • Developed Korea’s first window film

2000

  • Developed Korea’s first (4th globally) digital roll master

1997

  • Developed high-tech High Gross Film

1992

  • Developed world’s first aluminum cylinder (replacing acryl)

1988

  • Developed Chemical Mate Drafting Film

1986

  • Developed audio package header bag, and audio liner sheet

1981

  • Developed Korea’s first over-wrap film for audios and videos

1979

  • Developed Korea’s first leader tape, and head cleaning tapes for audios and videos