The UltraWELD project, supported by the UK innovation agency (Innovate UK) aims to improve airtight bonding in OLED lighting for aerospace and defense applications. The project partners will develop photonic-based processes for highly dissimilar material joining.
The project consortium includes the CPI institute, Xoford Lasers, Glass Technology Services, Coherent, Heriot Watt University, Gooch & Housego and Leonardo MW.
Exploration of quantum materials â New paths to realizing innovative optoelectronic components (ELQ-LED) is a joint-project supported by the German Federal Ministry of Education and Research (BMBF) and led by Merck with an aim to conduct basic research on quantum materials as light emitting sources. ELQ-LED is a three-year project that will end on the summer of 2020.
The LYTEUS initiative, launched as part of the EU PI-SCALE project, provides the expertise and capability required to progress an OLED lighting concept from an idea and into a commercialized product.
Lyteus helps companies with sheet-to-sheet and roll-to-roll prototyping of flexible OLEDs, technology transfer, device encapsulation and more. At launch Lyteus serves four customers: Audi, Rehau, Emde and Pilkington, to develop flexible OLED lighting products in the automotive, aeronautics and designer luminaires sectors.
The HyperOLED Project aims to develop materials and matching device architectures for high-performance, hyperfluorescence OLED emitters. These OLED emitters will be realized by combining TADF molecular hosts with novel shielded fluorescence emitters, targeting saturated blue emission of very high efficiency at high brightness. The project will also achieve efficiency gains through molecular alignment to enhance light outcoupling.
The PI-SCALE project aims to to create a European-wide pilot line which will enable companies of all sizes to quickly and cost effectively test and scale up their flexible OLED lighting concepts and turn them into market ready products.
Graphted is a UK project that aims to evaluate the potential of graphene as a transparent electrode when dispersed in a polymeric matrix. The one-year long project (which began at April 1st 2015) will start by looking at graphene's use in phototherapy medical devices.
The project is led by PolyPhotonix, who's partnering with Applied Graphene Materials and the CPI.
The SOLEDLIGHT (Solution Processed OLEDs for Lighting) project was launched in 2015 by the EU with an aim to develop cost efficient, roll-to roll (R2R) solution processed OLEDs, including their integration in prototype multiple-panel OLED lighting systems and luminaires.
SOLEDLIGHT specific target is to develop hybrid and fully R2R solution processed multilayer OLEDs with a power efficiency of over 100 lm/W and a lifetime of over 15,000 hours (at 3,000 cd/m2).
The Phebe Project, launched in February 2015, aims to develop and commercialize TADF OLED emitters. This three-year project is being funded by the European Commission under the Horizon 2020 ICT programme.
The Korean EnDK project (launched in June 2015) aims to develop a 11K (2250 PPI) mobile display, to enable unique 3D displays for mobile devices (probably based on OLEDs, but that is not certain).
The project partners include 13 companies, led by Samsung Display. The Korean government supports this five-year project via its GiGA Korea initiative with $26.5 million grant. The company aim to show the first prototype by the 2018 Pyeongchang Winter Olympics.
The 12-month long Gravia project will investigate the feasibility of producing graphene-based barrier films for next generation flexible OLED lighting and display products. Drawing on the unique properties of graphene, 'Gravia' will aim to achieve barrier materials that are not only flexible, but also transparent, robust, and very impervious to many molecules.
The Gravia consortium includes the UK CPI, FlexEnable, the University of Cambridge and the National Physical Laboratory.
