Membrane Electrode Assembly

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Membrane Electrode Assembly Specification

Chloride (%)
<0.05%

Sulfide (%)
<0.01%

Shape
Rectangle / Custom

Purity(%)
>99%

Apparent Density
0.40.7 g/cm

Moisture (%)
<1%

Other Names
MEA (Membrane Electrode Assembly)

Type
Proton Exchange Membrane (PEM) Assembly

Usage
Fuel Cells, Electrolyzers

Application
Hydrogen Fuel Cell, Portable Power Supply, Stationary Power Generation

Form
Composite Sheet

Appearance
Black/Gray Sheet

Lifetime (cycles)
>5000

Operating Temperature Range
Ambient to 80C

Thickness
50200 m

Membrane Conductivity
>0.10 S/cm (at 80C)

Electrolyte Type
Perfluorosulfonic Acid (PFSA) Membrane

Recommended Humidity
>95% RH

Gas Permeability
Low (<1.0 x 10 cm/cm/s/bar)

Active Area
Custom (1500 cm)

Mechanical Strength
>10 MPa

Edge Sealing
Optional

Catalyst Loading
0.31 mg/cm (Pt)

About Membrane Electrode Assembly

Explore the extraordinary performance of our Membrane Electrode Assembly (MEA), specially engineered with perfluorosulfonic acid (PFSA) membranes. A best-seller among manufacturers, importers, and suppliers across India, this premium MEA boasts spectacular reliability for hydrogen fuel cells and electrolyzers. With catalyst loading of 0.3-1 mg/cm2 (Pt) and membrane conductivity exceeding 0.10 S/cm, it delivers triumphant consistency and durability. Experience low gas permeability, mechanical strength above 10 MPa, and best price on customized active areas. Perfect for portable power, stationary applications, and research innovation-order your superior MEA today!

Key Features, Application Surfaces, and User Profile

This MEA composite sheet offers optional edge sealing, making it suitable for various operational surfaces in both portable and stationary hydrogen fuel cell systems. Used by leading research laboratories, industrial manufacturers, and renewable energy innovators, it adapts effortlessly to custom shapes and high humidity environments. Its robust design ensures functional excellence on diverse surfaces, empowering users to achieve breakthroughs in portable power supply, stationary power generation, and more, all while maintaining exceptional purity and minimal moisture content.

Prompt Delivery, Export Market Reach, and Sample Policy

Quick dispatch is guaranteed, with shipped goods efficiently reaching customers across India and major export markets. Trusted for its reliability, our distribution network provides rapid delivery-even for custom orders-to leading industrial hubs. Samples are available upon request for evaluation before bulk purchase. The main domestic market extends throughout India, with responsive service to ensure your MEA needs are met with unmatched speed and quality, supporting both local and international demands.

FAQ's of Membrane Electrode Assembly:

Q: How is the Membrane Electrode Assembly used in hydrogen fuel cells and electrolyzers?

A: The MEA serves as the functional core in hydrogen fuel cells and electrolyzers, facilitating efficient proton exchange and enabling the electrochemical reactions necessary for power generation or hydrogen production.

Q: What benefits does the PFSA membrane provide compared to other electrolytes?

A: Perfluorosulfonic acid (PFSA) membranes offer high proton conductivity, excellent chemical stability, low gas permeability, and superior mechanical strength, resulting in improved efficiency and durability for various electrochemical applications.

Q: Where can this MEA be applied beyond portable hydrogen fuel cells?

A: In addition to portable hydrogen fuel cells, this MEA is ideal for stationary power generation, electrolyzers, research applications, and advanced renewable energy systems requiring robust and reliable proton exchange membranes.

Q: When can customers expect shipment after placing an order?

A: Most orders are dispatched quickly, with delivery timelines depending on customization requirements, domestic or export destination, and sample requests. Our team prioritizes swift handling and communication.

Q: What is the process for requesting samples of the Membrane Electrode Assembly?

A: Customers can request product samples by contacting our sales team, specifying size and configuration needs. We provide samples for product evaluation prior to bulk orders, ensuring satisfaction prior to purchase.

Q: How does the MEA's low gas permeability and high mechanical strength benefit end users?

A: Low gas permeability enhances fuel cell efficiency by minimizing crossover losses, while high mechanical strength ensures a long operational life, reducing maintenance and replacement costs for users.

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