PiperION® AEM | 20 Microns | Self-Supporting Anion Exchange Membrane
PiperION® AEM – 20 µm Self-Supporting Anion Exchange Membrane
Product Category: Anion Exchange Membrane (AEM)
Product Type: PiperION® AEM Membrane
Thickness: 20 µm
Structure: Self-SupportingProduct Description
PiperION® AEM (20 µm, Self-Supporting) is a high-performance Anion Exchange Membrane (AEM) designed for advanced electrochemical applications. Its ultra-thin 20 µm structure provides low ionic resistance and efficient hydroxide ion transport, making it suitable for AEM water electrolysis, alkaline fuel cells, CO₂ electrolysis, electrodialysis, and electrochemical research.
The self-supporting membrane offers excellent mechanical strength and chemical stability in alkaline environments while allowing easy handling and assembly in laboratory electrochemical cells.
Ideal for research laboratories, universities, R&D centers, and industrial electrochemical applications.
Technical Specifications
| Specification | Details |
|---|---|
| Product Name | PiperION® Anion Exchange Membrane |
| Membrane Type | Anion Exchange Membrane (AEM) |
| Thickness | 20 µm |
| Structure | Self-Supporting |
| Ion Conducting Species | Hydroxide (OH⁻) |
| Appearance | Transparent to Light Yellow Film |
| Mechanical Support | Self-Supporting |
| Ionic Resistance | Low |
| Conductivity | High Hydroxide Ion Conductivity |
| Chemical Stability | Excellent in Alkaline Environment |
| Applications | AEM Water Electrolysis, AEM Fuel Cells, CO₂ Electrolysis, Electrodialysis |
| Storage | Store in sealed packaging under recommended conditions |
Key Features
Ultra-thin 20 µm membrane
Self-supporting structure
High hydroxide ion conductivity
Low ionic resistance
Excellent alkaline chemical stability
Good mechanical strength
Easy handling and assembly
Suitable for laboratory and industrial R&D
Designed for advanced hydrogen and electrochemical technologies
Applications
AEM Water Electrolyzers
Green Hydrogen Production
Anion Exchange Membrane Fuel Cells (AEMFC)
CO₂ Electrolysis
Water Splitting Research
Electrochemical Cells
Electrodialysis
University & Industrial R&D
Renewable Energy Research
Advanced Electrochemical Systems
Suitable For
Universities | Research Laboratories | IITs | NITs | R&D Centers | Electrochemical Research | Green Hydrogen Research | Industrial Research
Product Keywords
PiperION AEM, PiperION membrane, 20 micron AEM membrane, anion exchange membrane, AEM membrane, hydroxide ion exchange membrane, AEM electrolyzer membrane, AEM fuel cell membrane, CO2 electrolysis membrane, water electrolysis membrane, green hydrogen membrane.