Kyulux provides Hyperfluorescence™ OLED emitter materials that combine TADF sensitizers with fluorescent emitters to achieve near‑100 % internal quantum efficiency, narrow spectra and up to 60 % higher brightness than conventional phosphorescent systems. The metal‑free, cost‑effective formulation is compatible with existing OLED manufacturing processes, enabling higher‑efficiency, longer‑lifetime displays and lighting for consumer, automotive and AR/VR applications.
Funding
$32.4M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
MJRCFounders
Product
Problem
OLED displays rely on organic emitter materials that currently suffer from limited efficiency, broad emission spectra, reliance on expensive rare metals, and insufficient lifetime—particularly for high‑performance blue emitters—restricting the adoption of advanced form factors and high‑brightness applications.
Solution
Kyulux addresses these limitations with its Hyperfluorescence™ emission system, which couples first‑generation fluorescent emitters to third‑generation thermally activated delayed fluorescence (TADF) sensitizers. The TADF molecules generate excitons and transfer energy to the fluorescent emitters, delivering the high internal quantum efficiency of TADF together with the narrow spectral output of fluorescence. This approach yields OLEDs with near‑100 % internal quantum efficiency, up to 60 % higher brightness than second‑generation phosphorescent systems, and eliminates the need for heavy‑metal phosphors. The technology is metal‑free, cost‑effective, and compatible with existing OLED manufacturing processes, enabling higher‑efficiency, longer‑lifetime displays and lighting panels across consumer, automotive, and AR/VR markets.
Target Audience
Primary customers are OLED display and lighting manufacturers in consumer electronics, automotive, and AR/VR sectors seeking higher efficiency, superior color performance, and metal‑free material solutions.
Features
- Hyperfluorescence™ architecture combining TADF sensitizers with fluorescent emitters for 100 % internal quantum efficiency
- Narrow emission spectra delivering high color purity and wide color gamuts
- Up to 60 % higher luminance output compared to conventional phosphorescent emitters
- Metal‑free formulation removes reliance on rare or toxic metals, reducing material cost and supply risk
- AI‑driven material discovery platform (Kyumatic™) accelerates development of new emitter compounds
- Compatibility with standard OLED stack designs, facilitating integration into existing production lines