Advanced Polymer Engineering for the Next Generation
A specialty chemicals manufacturer engineering polyimide and polyurethane resins for semiconductors, next-generation displays, and sustainable mobility.
Localizing high-performance chemical materials for global advanced industries.
APEON — Advanced Polymer Engineering for the Next generation — is advancing cooperative vertical integration from base polymer synthesis to high-performance film formulation. We engineer polyimide and polyurethane platforms toward scalable supply and import substitution in semiconductor packaging, flexible displays, and EV batteries.
An R&D platform engineered for extreme conditions.
Polyimide & TPI
Solvent-soluble thermoplastic polyimide varnish enabling low-temperature fusion bonding within sub-300°C process windows.
Polyurethane & Antistatic (ESD-Safe)
Surface-resistivity controlled antistatic coating resins (10⁶–10⁹ Ω/sq) for cleanroom wafer and device transport carriers.
Segmented Copolymer Design
Hybrid imide-urethane segmented copolymer architectures qualified for repeated 260°C lead-free solder reflow cycles.
Green Chemistry
Biomass-derived raw materials and 100% PFAS-free battery binder systems.
Two resin platforms. Engineered for industry.
Special Urethane Resin
High flexibility, excellent tackiness, and optimized formulations engineered for next-generation flexible electronics, including FPCB lamination and low-temperature ACF bonding.
- ACF fast-cure reactive binders
- Flexible PCB (FPCB) low-stress adhesives
- Waterborne PFAS-Free EV battery binders
Special Imide Resin
Hybrid imide-urethane resins with high thermal stability (Td > 350°C) for QFN lamination, repeated 260°C lead-free reflow, and printed coverlay applications.
- QFN semiconductor packaging and high-heat adhesives
- Screen-printable Polyimide Coverlay (PLC)
- Thermoplastic LFB low-temp fast varnish
Speak with our R&D team.
For sample requests and collaborative R&D proposals regarding APEON's high-performance chemical materials, feel free to contact us. We respond promptly with custom molecular synthesis support.
Sample Requests
Specify molecular weight target, solids percentage, viscosity windows, and Tg to receive a 1L test batch from our Daejeon R&D center.
Joint Research & Dev
Joint copolymer synthesis and custom formulation under NDAs to resolve thermal and chemical reliability limits in packaging and FPCB applications.
Headquarters & R&D Center · Daejeon
309, Science Park, 1646, Yuseong-daero, Yuseong-gu, Daejeon
