Make early, informed material decisions and shorten your development cycles for organic light-emitting diodes – with precise in-situ spectroelectrochemistry from IFW Dresden.
At IFW Dresden, we perform pre-screening of layer materials for OLED applications. With our many years of expertise and state-of-the-art equipment, we combine a variety of spectroscopic methods with electrochemistry to track structural, property, and stability changes in situ. We analyze purely organic compounds, organometallic complexes, and electroactive polymers to identify suitability, optimization potential, and potential risks for your components at an early stage.
Your benefits
- Early decision-making security regarding material suitability (HTM, ETM, HIL etc.)
- Targeted optimization of optical and magnetic properties
- Identifying performance-reducing by-products before series development
- Shortening time to market through precise, data-based screening
- Industry-oriented analytics with confidential project management
Methods
- In-situ spectroelectrochemistry with NMR, ESR/EPR, Raman, FTIR, UV-vis-NIR, luminescence
- Triple method: ESR / UV-vis-NIR / cyclic voltammetry
- FTIR / cyclic voltammetry spectroelectrochemistry for detailed transfer analyses
Fields of application
- Development of new organic emitter and transport materials
- Quality control in the OLED production chain
- Lifespan and stability optimization
- Error and failure analyses in component use
