RESEARCH
Never-ending efforts to expand into a wide variety of areas
We have a wide range of monomer/polymer synthesis and formulation technologies for electronic grade chemicals.
We continue to develop technologies and experience growth in the electronic materials industry through our high-quality professional research staff. Based on our unique and distinctive development capacity and independent technologies, we will remain fully committed to expanding our business to various fields as well as electronic materials.
Solvent
Research Field
Process chemical research on semiconductor / display field
Energy cost-saving reaction/separation process technology
Green-solvent manufacturing process
Impurity control technology to achieve ultra-high purity (99.999%)
Research Results
Commercialization of PR solvent synthesis technology for EUV
Selected as ‘one of the top 100 Core Strategic Technologies’ by the Ministry of Trade, Industry and Energy
Possessing patents for esterification and acrylation reaction control
Securing excellent metal, moisture, acid value, particle and color characteristics
Possessing applicable technology for each type of distillation and purification column
Polymer
Research Field
Siloxane polymer synthesis for OLED insulation layers
Siloxane binder synthesis for display insulators
Development of semiconductor hardmask materials
Development of high carbon content polymers
Research Area: Development of high refractive polymer for display CPL
Research Results
Development of siloxane binder with increased flexibility for flexible display
Development and mass production of siloxane polymer for OLED insulation layers
Polymerization technology through condensation
Development of polymers used in nano-processes for semiconductor with strong etching resistance
Electronic materials
Research Field
Technology to prevent scratch of glass during the process
Functional paste to prevent static electricity of LCD / OLED Module
Research on composite of eco-friendly solvent-free type
Development of Peelable Resin with excellent chemical resistance
Research Results
Securing an antistatic layer for protecting the OLED liquid crystal
Diversification of hardening methods : UV LED-curing / Thermal-baking
Possessing black color paste with excellent light shielding rate
Securing low viscosity and high T.I characteristics with excellent workability
Establishment and automation of paste manufacturing facilities
Completed development of acid-resistant peelable material for protecting panel during the process
Display materials
Research Field
Hard coating material with Display / Foldable / Glastic functions
UTG shatter-proof coating material
Research on functional coating composite through formulation
Research Results
Applicable to all optical films & sheets
Diversification of hardening methods: UV-curing / Thermal-baking
Realizing excellent abrasion resistance and hardness
Providing various functionalities (Anti-finger, Anti-static, Printability, etc.)
Realizing excellent optical properties
Securing flexibility (more than 200,000 times of 1.5R)
