2TDPP-OD-TEG is available for your research needs. For more information, please review the typical COA as exampled below:
Category By Function
FCC-Cl, FCC-Br, FCC-F and FCC-Cl isomers, building blocks for indoor OPV
Following the success story of FCC-Cl, we are extending FCC family to FCC-F, FCC-Br and its isomers for potential indoor OPV application. Examples are linked below, we are looking forward to your suggestions and further exploration in this family of non-fullerene acceptors.
Organic mixed ion-electron conductor OMIEC extended DPP-g DPP-TEG, 2TDPP-OD-TEG, 2TDPP-OMe, PNDI-OD-5G, OMIEC
New organic mixed ion-electron conductors OMIEC polymers, basing on DPP-TEG are available for you:
N1, BTP-4Cl-16, BTP-4Cl-HD, Y7-HD, BTP-4Cl-12, even longer branched
Extended Y7(BTP-4Cl-8) family, BTP-4Cl-12, BTP-4Cl-16, BTP-4Cl-20 and more for your choice.
PE2-OE3 PE2-OE4 Electrochromic Energy Storage OECT OMIEC and BioEL
Organic Mixed Ion-Electron Conductor (OMIEC):
PE2-OE polymers: Incorporation of the unfunctionalized biEDOT unit increases backbone planarity and overall electroactive polymer content, ultimately delivers low operational voltages, high transconductance, and promising pulsing stability; thereby deeming PE2-OE-based devices of high interest for the detection of biological events and amplifying signals for electrophysiological recordings.
ProDOT-4gDPP, PECD, OECT, OTE, BioEL
New ion-electron conducting polymers for ECD, OECT, OTE and BioEL applications.
OMIEC – Understanding Mixed Ionic-Electronic Conductors
1M is proud of support symposium #OMIEC – Understanding Mixed Ionic-Electronic Conductors within MATSUS Fall 24 conference.
