Premium Membrane Electrode Assembly

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Premium Membrane Electrode Assembly Specification

Product Type
Membrane Electrode Assembly

Usage
Fuel Cells, Electrolyzers, Hydrogen Generation

Material
PEM (Proton Exchange Membrane) with Platinum Catalyst

Capacity
Customizable as per application requirements

Nominal Capacity
Up to 2 A/cm (typical) for hydrogen production

Terminal
Flat multilayer contact

Sealed Type
Hermetically sealed membrane

Voltage
1.8 V (typical operating voltage)

Surface Finishing
Smooth and Uniform

Board Thickness
1 mm

Size
100 mm x 100 mm; Custom sizes on request

Dimension (L*W*H)
100 mm x 100 mm x 1 mm (Standard); Custom sizes available

Weight
Approx. 50 g

Packaging
Vacuum-sealed, moisture barrier pouch

Membrane Type
Nafion or equivalent PEM

Cell Efficiency
>95% (under standard operating conditions)

Operating Temperature
Up to 80°C

Maximum Current Density
Up to 2.2 A/cm²

Application
PEM Fuel Cell, Electrolyzer, Laboratory Research, Industrial Testing

Electrode Material
Platinum-loaded Carbon

Product Life
>5000 hours (typical)

Gas Permeability
Low

Ionic Conductivity
>0.1 S/cm

Catalyst Loading
0.5 mg/cm²

Assembly Method
Hot-press bonded

About Premium Membrane Electrode Assembly

Dura-MEA5Pt5L5 0.5mg Pt/cm2 Membrane Electrode Assembly,2.25 cm x 2.25 cm, 5 layer

Dura-MEA5Pt5L25 0.5mg Pt/cm2 Membrane Electrode Assembly, 5 cm x 5 cm, 5 layer

Dura-MEA5Pt5L50 0.5mg Pt/cm2 Membrane Electrode Assembly, 7.1 cm x 7.1 cm, 5 layer

Dura-MEA5Pt5L100 0.5mg Pt/cm2 Membrane Electrode Assembly, 10 cm x 10 cm, 5 layer

Dura-MEA5Pt5L150 0.5mg Pt/cm2 Membrane Electrode Assembly, 10 cm x 15 cm, 5 layer

Dura-MEA5Pt5L300 0.5 mg Pt/cm2 Membrane Electrode Assembly, 15cm x 20 cm, 5 laye

Advanced Material Composition

Our MEA incorporates platinum-loaded carbon electrodes with Nafion or equivalent PEM, facilitating high catalytic activity and robust proton conductivity. This combination ensures low gas permeability and smooth, uniform surface finishing, contributing to the assemblys reliable performance across various fuel cell and electrolyzer applications.

Adaptable for Diverse Applications

Engineered for flexibility, the assembly serves multiple roles including fuel cells, water electrolyzers, and hydrogen generation. Customizable dimensions and capacities enable seamless integration into laboratory and industrial settings, supporting testing, research, and scalable production solutions.

Reliable and Efficient Performance

With a life expectancy exceeding 5000 hours, high efficiency, and a standard operating voltage of 1.8 V, this MEA guarantees stable output and minimal degradation. The hermetically sealed design and moisture barrier packaging protect sensitive materials, ensuring consistent cell performance even under demanding conditions.

FAQs of Premium Membrane Electrode Assembly:

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

A: The assembly is integrated into PEM fuel cells and water electrolyzers as the central component where electrochemical reactions occur, enabling efficient energy conversion and hydrogen generation. Its customizable design allows seamless installation in laboratory, industrial, and research setups.

Q: What are the benefits of platinum-loaded carbon electrodes in this assembly?

A: Platinum-loaded carbon electrodes provide excellent catalytic activity, enhancing reaction rates while maintaining low overpotentials. This leads to higher cell efficiency, reduced energy consumption, and improved overall durability, supporting long-term operation in various environments.

Q: When should a customized size or capacity MEA be considered for your application?

A: A customized MEA is recommended when a standard size (100 mm x 100 mm x 1 mm) does not align with specific system requirements, or when scaling up processes for industrial research or production. Custom solutions can improve system integration and ensure optimal performance for unique operational needs.

Q: Where can the assembly be sourced or supplied within India?

A: The assembly is available through certified importers, manufacturers, suppliers, and traders across India, ensuring access for research institutions, laboratories, and industry professionals nationwide. Contact your local supplier for details on availability and shipping options.

Q: What is the assembly process and how does hot-press bonding enhance MEA performance?

A: The MEA is assembled using a precise hot-press bonding method, fusing membrane and electrode layers under controlled heat and pressure. This results in a hermetically sealed membrane with uniform surface finishing, which minimizes interfacial resistance and boosts cell efficiency and durability.

Q: How does the MEA contribute to efficient hydrogen generation?

A: Featuring a high current density capacity of up to 2.2 A/cm and ionic conductivity above 0.1 S/cm, the assembly facilitates rapid hydrogen evolution in electrolyzers. Its robust catalyst and low gas permeability structure ensure high hydrogen production rates with minimal losses, supporting laboratory and industrial research.

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