Journal
CHEMICAL COMMUNICATIONS
Volume 59, Issue 35, Pages 5289-5292Publisher
ROYAL SOC CHEMISTRY
DOI: 10.1039/d3cc00406f
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Alkali-resistant metal-based cationic polyelectrolytes are developed as anion exchange membranes by grafting aminocobaltocene hexafluorophosphates onto partially fluorinated ether-free poly(arylene-alkane)s via nucleophilic substitution reaction. The membrane shows excellent chemical, thermal, and mechanical stability, high hydroxide conductivity, and durability of single cells for 400 hours.
Alkali-resistant metal-based cationic polyelectrolytes are designed as anion exchange membranes. After grafting aminocobaltocene hexafluorophosphates onto partially fluorinated ether-free poly(arylene-alkane)s via a simple nucleophilic substitution reaction, the membrane exhibits excellent chemical, thermal and mechanical stability, high hydroxide conductivity, as well as durability of single cells for 400 h.
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