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Highlights & News
1M supports AUCAOS
1-Material is proud of supporting AUCAOS: The Australasian Community for Advanced Organic Semiconductors.
Polybenzimidazole PBI2, PBI1 CAS 25928-81-8
(From Copilot) Polybenzimidazole (PBI) is a high-performance polymer with exceptional thermal, chemical, and mechanical stability. Its unique properties make it suitable for various industrial applications, including:
- Protective Clothing: Used in firefighter gear, astronaut suits, and welders’ apparel due to its non-flammability and high-temperature resistance.
- Aerospace and Automotive: Ideal for components in aircraft engines and automotive insulation pads, gaskets, and seals.
- Chemical Processing: Resistant to corrosive substances, making it valuable in industries dealing with acids, bases, and solvents.
- Semiconductor Manufacturing: Utilized in vacuum chamber applications due to its cleanliness and resistance to outgassing.
- Ultrasonic Equipment: Suitable for probe-tip lenses in ultrasonic measurement devices.
Research has continued to develop other forms of PBI. Here we make this engineering plastic solution processible, so you can explore its applications by coating and printing.
1M Supports Material Research Society (MRS) constantly
1M Supports Material Research Society (MRS) constantly with reproducible Organic Nano Electronic (ONE=1) materials.
n-PBFDO, PBFDO, n-PBDF, n-type polymer, counter partner PEDOT, for OECT, capacitors, transparent electrode
Would the emerging poly(benzodifurandione)[PBDF, PBFDO] reported having an unprecedented high electrical conductivity upon reduction (“n-doping”) with protons, high optical transparency and low work-function, be outmatching the predominant counter-partner PEDOT:PSS? Please check links below to find more.
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:
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.