Technology with Advanced Hybrid Materials
Hybrid conductive materials for next-generation electronics
AH Materials offers low-cost, high-performance polymer/nano-metal hybrid solutions. With our products you can build highly flexible, stretchable and conductive transparent electrodes, sensors and EMI-shielding films for next-generation flexible and stretchable devices: organic solar cells, OLEDs, perovskite devices, sensors, heaters and EMI-shielding devices.
Products
Product categories
From PEDOT:PSS formulations to nanowires, additives and hybrid solutions — conductive materials for flexible and stretchable electronics in six categories.
Hole & electron injection materials
High-φ PEDOT:PSS with work functions from 5.3 eV to above 5.7 eV, and electron injection materials with work functions of 3.96 / 4.1 eV.
AH-PHAH-EIM 02Transparent & stretchable electrodes
Highly conductive PEDOT:PSS with ~80 Ω/sq sheet resistance and ~90 % transmittance, including a highly stretchable grade.
AH-PTE0AH-PTE1 03PEDOT nanowires & powders
PEDOT nanowires with high thermal stability, and PEDOT and PEDOT:PSS powders for conductive binders in secondary batteries.
AH-PNWAH-PP 04Process additives & surface modifiers
An additive that raises both the conductivity and stretchability of PEDOT:PSS, and surface modifiers that improve adhesion on glass, PET and PDMS.
AH-CSE100AH-A1–A4 05Cellulose/PEDOT:PSS hybrids
A recyclable composite with ultralow electrical hysteresis and ~190 % stretchability that can be dissolved and re-cast.
AH-CEPT 06Ion gels for electrochromics
Ion gel electrolyte for electrochromic devices, with ~1.16 mS/cm ionic conductivity and a high elastic modulus.
EC-GEL1Technology
Materials technology from the lab
Our products are developed from research at the Organic Semiconductor Materials & Devices Lab, Pukyong National University.
- PEDOT:PSS formulationsWater-based PEDOT:PSS grades with work function, conductivity and stretchability tuned to each application
- Polymer/nano-metal hybridsHybrid solutions for flexible, stretchable transparent electrodes, sensors and EMI-shielding films
- Stretchable, recyclable conductive materialsA cellulose network interwoven with PEDOT:PSS that stretches and can be reused
About
CEO Yong Hyun Kim
Professor, Major of Display Semiconductor Engineering, School of Electrical Engineering, Pukyong National University
Ph.D. in Physics, TU Dresden, Germany
The AH in AH Materials stands for Advanced Hybrid. A faculty start-up founded on research at Pukyong National University, we develop and supply PEDOT:PSS formulations, nanowires, additives and hybrid materials.
Recent projects
View all- 2026Gyeongnam Technopark — 2026 Local Specialty Industry Development Program (Miryang City), participating company
- 2026Gyeongnam Technopark — 2026 Growth Support Pilot Program for Companies and Support Organizations: “Miryang City Specialized Industry Development Support”
- 2025Pukyong National University Industry-University Cooperation Foundation — PKNU Package Program: “Action” Prototype Support for Outstanding Start-up Items
News
View allSamples & inquiries
For samples, quotations and technical data, tell us your application and the specifications you need.
info.ahmaterials@gmail.com124, Yongdang Bldg. 12, Pukyong National University, 365 Sinseon-ro, Nam-gu, Busan, Republic of Korea