AEMION+™ - AP2-HNN8-00

Harmonization Code : 3920.99.53 | Other plates, sheets, film, foil and strip, of plastics, non-cellular and not reinforced, laminated, supported or similarly combined with other materials ; Of other plastics ; Ion-exchange membranes of fluorinated plastic material, for use in chlor-alkali electrolytic cells

Main features

Enabling precious metal free systems
High conductivity
Catalyst layer ionomer

Product Description

Aemion+™ is the updated product line from Ionomr with better chemical stability and durability for electrolysis. It is a breakthrough material that is completely stable in both strongly basic and strongly acidic environments on a continuous basis, enabling a broad range of innovative energy storage chemistries and configurations. The material has a hydrocarbon backbone, which makes it less impactful on the environment than common fluorinated materials. By using advanced stabilization techniques, Aemion™ is able to compete with the most robust of alternatives.

AP2-HNN8-00 Ionomer can be used as a coating as well as a binder. Ink formulations can be prepared to be used in fuel cell catalyst layers. Commonly the Ionomer is being mixed with a suitable alcohol that is then stirred and poured dropwise with an appropriate mass of catalyst powder and water.

Typical applications can be found in Metal Air, Nickel metal Hydride and Solid state battery chemistries. This highly conductive binder material has an affinity for negatively charged electrode constituents. It is processable in low boiling solvents for use as alkaline/acid stable electrode coating or binder and is highly customizable for optimized electrochemical properties, application size and manufacturing methods.

Specifications
Additional Information

Technical Specifications

Chemical Properties
Ion Exchange Capacity (IEC) Ion Exchange Capacity (IEC) Ion-exchange capacity measures the ability of a material to undergo displacement of ions, previously attached into its structure, by oppositely charged ions. It is measured as the quantity of ions that can pass through a specific volume and a common unit is eq/L. In the case of an Ion-exchange polymer, it represents the total of active sites or functional groups responsible for the exchange and is the theoretical maximum amount of ions that we can load.	2.3 - 2.6 meq/g
Water Absorption	20 - 60 %
Other Properties
Storage Temperature	Ambient °C

Additional Information

These are prototype materials only intended to be used for early development activities and not intended for production items. Product information is to be used as a guide only, not as a design specification, and is subject to change at any time as part of ongoing product development. Ionomr makes no warranties, express or implied, and assumes no obligation or liability in connection with any use of this information or for results obtained in reliance thereon.