Huizhou E-fly Optoelectronic Materials

  • Indium tin oxide (ITO) replacement based on ultrathin silver films with random holes; the approach is different from incumbent silver nanostructures, metal mesh, carbon nanowires, or graphene
  • Claims transparency of above 88%, sheet resistance of less than 20 Ω/sq, and a haze of lower th...

This research is archived and therefore no longer available. For further assistance please contact your Customer Success Manager or email ClientEngagementTeam@luxresearchinc.com. Thank you!

Related Research

Imec applies photolitography to improve resolution and cost of OLED displays

News Commentary | January 20, 2021

OLED displays offer high contrast and can be made on flexible substrates and even printed in large formats, though at limited resolution. Their market share growth is impeded by the high manufacturing cost. Deposition of pigments using fine metal mesh (FMM) is the major manufacturing bottleneck ... Not part of subscription

Omniply

Company Profile | February 10, 2021

Founded by Harit Doshi (CEO), Humaira Taz (CTO), and Karim Somani (COO) to commercialize the academic work of Dr. Chi Hwan Lee at Stanford and Purdue University Developed a substrate material and methods for its removal to replace the incumbent laser lift‑off (LLO) process used in flexible ... To read more, click here.

NanoPattern Technologies

Company Profile | May 24, 2022

Founded by Yu Kambe and Dmitri Talapin in 2019, based on research done at the University of Chicago and Argonne National Laboratory Develops photocleavable ligands for QDs and their use in QD color converter applications Claims to achieve 2‑µm patterning resolution while preserving nearly 100... To read more, click here.