This conjugated polymer ProDot [ProDOT(OE)-DMP] reported by Reynolds group in Georgia Tech, proves useful in a variety of applications, exhibiting comparable electroactivity in aqueous and organic electrolyte systems, redox stability for thousands of cycles, an ION/OFF current ratio of 105 in accumulation-mode organic electrochemical transistors (OECT) devices, impressive electrochromic contrast (Δ%T > 70%), and capacitance values exceeding 80 F/g.
OTE
From waste heat to power source, thermoelectric materials can turn a temperature difference into electricity by exploiting the flow of electrons from a warmer area to a cooler one. Organic thermoelectric (OTE) materials are of flexibility, cost effectiveness, and low thermal conductivity. 1-Material Inc is looking for your suggestions to further tune these OTE materials exampled below confidentially and reliably.
P(g2T-TT) g2T-TT P(g42T-TT) CAS 2058240-28-9 OECT and OTE
P(g2T-TT), P(g2T-TT), g2T-TT, P(g42T-TT)
Application: OECT (Organic ElectroChemical Transistor) and BioEL
g2T-T, P(g2T-T), CAS 1974310-62-7, OECT OET biosensor
P(g2T-T), g2T-T
CAS# 1974310-62-7
For technical data, please click below
PBTTT, PBTTT-C14, PBTTT-14, liquid crystalline conducting polymers, CAS No. 888491-19-8, OTFT, donor
1M PBTTT-14 1= reproducibility
PC61BM, PC71BM, ICBA, C60-SAM, SIMEF, C60-AC, C60-N, C60-SB, ICTA
We are still offering standardized and variety fullerene derivatives for your specific applications, for examples:
PC61BM, PC71BM, Bis-PC61BM, Bis-PC71BM, PC6BPF, TCBM, ICMA, ICBA, ICTA, IC71BM, SIMEF, C60-SAM, C60-AC, C60-N, C60-SB, and click the link to see more
Re-discovering Prof. Bazan’s PM2, asymmetric but regio-regular, CAS No. 2173236-98-9
PM2, an asymmetric but regio-regular semiconducting polymer with an Eg of 1.4 eV could be another potential match with Y-family NFAs for OPV, couldn’t it?
PDINN BDMAPPAP-PDI CIM0011, CAS No. 1020180-01-1, OPV, OPD, PSC cathode interlayer
Old medicine, new function: not a Hydroxychloroquine rather than another Aspirin? To be tested.
