OPV :: 1-Material


PTQx-TF or PHQx-TF

Another high-performance polymeric donor is ready for you to validate: 1M PTQx-TF PTQx-TF OPV PCE187 updated 20220928  

Posted in Highlights & News, OPV

1M supports ICSM2022 with REPRODUCIBLE Synthetic Metals

Listed here are 1M’s Organic Nano Electronic(ONE=1) materials selected to support your research in the field of synthetic metals, you are welcome to download and provide suggestions.

Posted in Category By Application, Highlights & News, OPV

pBTTT, PBTTT-C14, PBTTT-14, liquid crystalline conducting polymers

1M PBTTT-14 1= reproducibility  

Posted in Hole Transport, OPV, Organic Semiconductors, OTE, OTFT, Polymeric Hole Transport Materials

PTQx-TH, a natural marriage between PCE10 and D18

Single junction OPV approaching 19% of efficiency, a hybrid path.  

Posted in Hole Transport, OPV, Organic Photoconductors, Organic Semiconductors, Polymeric Hole Transport Materials

GS-ISO, GS-OC6, GS-OEH non-fused NFA tandem OPV PCE 20% plus

High-Performance Nonfused Wide-Bandgap Acceptors for Versatile Photovoltaic Applications.

Posted in Electron acceptor, Highlights & News, NFA, OPV, Organic Semiconductors

HD-4Cl HDO-4Cl eC9 BTP-eC9

NFA for indoor and outdoor OPV, PCE is approaching 19%…

Posted in Electron acceptor, NFA, OPV, Organic Semiconductors

Y6-O, Y6-1O, indoor OPV

31% of PCE is reported by utilizing a low-band-gap acceptor in the bulk-heterojunction (BHJ) blend, see more:

Posted in Electron acceptor, Electron Injection, Electron Transport, Interlayer, NFA, OPV, Organic Semiconductors

2D-NFA, BTP-Th BTP-FTh, PCE >19% together with PTQ10 and IDIC

1M 2D-NFA BTP-Th BTP-FTh

Posted in Highlights & News, NFA, OPV

PTAA PTA Poly-TPD PTAA-3Me and more

1M PTAA short list HOMO LUMO

Posted in Hole Injection, Hole Transport, Interlayer, OLED, OPC, OPV, Organic Semiconductors, Polymeric Hole Transport Materials

A4T-16, Non-Fused NFA

A4T-16, Non-Fused Electron Acceptor, another twist of NFA?

Posted in Electron acceptor, Electron Transport, Highlights & News, NFA, OPV