High Conductivity AEM Anion Exchange Membrane
Hycircle is a leader in China of superior polymer design and engineering. Our anion exchange membranes (AEM) deliver on the long-awaited promise of unprecedented durability, performance, and scalability. These AEM membranes can be used in multiple cross-sector applications. We are now leading the new energy with robust and affordable membranes that perform efficiently in alkaline environment. H-AEM-001 also enable the use of low-cost construction materials in electrolyzers, fuel cells, and other electrochemical devices. welcome to inquiry us.
This anion exchange membrane combines the advantage AWE with PEM is manufactured by Hycircle Technology Co., Ltd. AEM is a semipermeable membrane generally made from ionomers and designed to conduct anions but reject gases such as oxygen or hydrogen,which has low resistance, high selectivity, extremely high mechanical stability, and high stability in PH neutral and acidic environments.
Of all water electrolysis methods to produce hydrogen, AEM electrolyzer uses expensive metal catalysts such as platinum, iridium and ruthenium, which have better chemical properties. AEM membrane electrolyser can run on pure water or slightly alkaline solutions unlike highly concentrated alkaline solutions in AWE. This reduces the risk of leakage. Using an alkaline solution, usually KOH/NaOH increases AEM membrane conductivity and adds a hydroxide ion conductive pathway, which increases the utilisation of catalyst. AEM anion exchange membrane based on an aromatic polymer backbone is promising due to its significant cost reduction. Compare to Nafion membrane use in PEM hydrogen production, the production of Nafion required highly toxic chemicals, which increased the cost and fluorocarbon gas is produced at the production stage of tetrafluoroethylene, which poses a strong environmental impact. Fluorinated raw materials are inessential for AEM membrane, allowing for a wider selection of low-cost polymer chemistry.
Introduction :
OurAEM membrane provide unparalleled chemical stability, while simultaneously enabling high ionic conductivity and mechanical robustness. Would you like to know more about this advanced and cost-effective AEM membrane used in AEM electrolyzer? Welcome to email.
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