Membrane Electrode Assembly Paper

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Membrane Electrode Assembly Paper Specification

Product Type
Membrane Electrode Assembly Paper

Usage
Fuel Cell Applications

Material
Proton Exchange Membrane with Carbon Supported Catalyst

Capacity
High Electrochemical Performance

Nominal Capacity
Optimized for Maximum Power Density

Terminal
No Direct Terminal, Assembly-based Connection

Sealed Type
Semi-Sealed

Voltage
1.0 V to 1.2 V per Cell

Surface Finishing
Uniform Catalyst Coating

Board Thickness
0.2 mm to 0.4 mm

Size
Standard and Custom Sizes Available

Dimension (L*W*H)
Customizable, Commonly 60mm x 60mm x 0.3mm

Weight
Approx. 0.5 g (depends on size)

Application
PEM Fuel Cells, Hydrogen Fuel Cells, Electrolyzer Cells

Operating Temperature
Up to 80C

Proton Conductivity
0.10 S/cm

Humidity Tolerance
Up to 95% RH

Water Management
Optimized for Hydration and Water Retention

Shelf Life
2 Years (unopened)

Flexibility
Flexible for Lamination and Assembly

Membrane Type
Nafion or Equivalent PEM

Porosity
High Gas Diffusion Rates

Packaging
Vacuum Sealed to Preserve Integrity

Storage Conditions
Cool, Dry Environment (<25C)

Electrode Type
Pt/C Carbon Paper Electrode

Assembly
Ready for Direct Integration into Fuel Cell Stack

Catalyst Loading
0.3 0.6 mg/cm

About Membrane Electrode Assembly Paper

We are in the everlasting fashion of making good quality Membrane Electrode Assembly Paper which is an assembled stack of proton exchange membranes and flat plate electrode. It is used in fuel cells and electrolyzes. We make and test it with right manner in place. We deliver it at leading market prices.

High Performance for Fuel Cells

The MEA paper is designed for use in PEM fuel cells and hydrogen fuel cells, offering optimized proton conductivity and water retention. Suitable for high humidity environments (up to 95% RH) and a wide range of operating temperatures, it provides exceptional electrochemical output and reliability for energy generation and research purposes.

Ready-to-Use and Customizable

This assembly arrives vacuum-sealed for unmatched integrity, with flexible options for lamination and direct stack integration. Multiple size choices, including the common 60mm x 60mm x 0.3mm format, ensure compatibility for various system designs in both standardized and unique applications.

Advanced Water Management

Engineered for optimal hydration, the MEA paper maintains high water retention and efficient gas diffusion. The semi-sealed format and uniform catalyst coating offer robust performance throughout its two-year shelf life, guaranteeing consistent output for continuous or intermittent operation in fuel and electrolyzer cells.

FAQs of Membrane Electrode Assembly Paper:

Q: How is the Membrane Electrode Assembly Paper integrated into fuel cell stacks?

A: The MEA paper is designed for direct integration into fuel cell stacks, thanks to its flexible construction and customizable sizing. It fits seamlessly between bipolar plates, requiring only standard stacking procedures without any additional terminal connections.

Q: What applications can this MEA paper be used for?

A: It is suitable for proton exchange membrane (PEM) fuel cells, hydrogen fuel cells, and electrolyzer cells. The assembly is ideal for both research and commercial energy generation systems where high electrochemical performance is critical.

Q: When should the MEA paper be replaced or used by?

A: The product has a recommended shelf life of two years when unopened and stored under cool, dry conditions below 25C. Once installed, replacement depends on operating hours and application-specific degradation profiles.

Q: Where should the MEA paper be stored before use?

A: Storage in a cool, dry environment at temperatures below 25C is essential. The vacuum-sealed package protects the assemblys integrity, and high humidity (up to 95% RH) can be tolerated only during operational use, not storage.

Q: What is the process for handling and assembling the MEA paper?

A: Carefully remove the MEA from its vacuum-sealed packaging and avoid damaging the uniform catalyst layer. Immediately integrate into the cell stack as per standard procedures to maintain hydration and avoid contamination.

Q: What benefits does optimized water management provide?

A: Optimized water management enhances both proton conductivity and gas diffusion, reducing risks of membrane dehydration and maximizing fuel cell efficiency and longevity. This ensures reliable power output across varying humidity and operational conditions.

Q: What are the packaging and size options available for the MEA paper?

A: The assembly is vacuum-sealed to maintain quality and is available in both standard (e.g., 60mm x 60mm x 0.3mm) and custom sizes. Manufacturers, suppliers, and traders in India can provide dimensions tailored to specific project requirements.

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