• Expensive due to the current evaporation-based production techniques for OLEDs involve a lot of wasted materials and costly process.
• The market for all types of OLED displays is forecasted to reach nearly $16 billions this year and will grow to $57 billion in 2026¹

¹ https://www.idtechex.com/research/reports/oled-display-forecasts-2016-2026-the-rise-of-plastic-and-flexible-displays-000477.asp 

• Broad color-tuning possibility, that is comparable to iridium(III) complexes and superior to ruthenium(II) and osmium(II) systems
• non-toxic nature and tunable emission-colour
• Cost is relatively inexpensive
• Reduce waste of material due to intense low-energy electronic absorption bands in the visible range and low temperature
• Has all advantages of OLEDs, including high luminous efficiency, low driving voltage (~ 10 V), high contrast ratio (1,000,000:1), large viewing angle (up to 178°), fast response time, full color gamut (showing 16.78 millions colors), light-weight, self-luminous pixels (requiring no backlighting), and compatibility with flexible substrates

• Application in the following segments:
  • Displays for mobile phones, tablets, notebooks and wearables
  • TV panels 
  • Lighting 
  • Architectural and industrial display and lighting applications
  • Automobile and aerospace

• US Provisional Application No. 62/558,605
• Prototype device is available at laboratory scale
• Reference No: IP00719