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Fuel Cell Membrane Electrode
Fuel Cell Membrane Electrode
Fuel Cell Membrane Electrode
Fuel Cell Membrane Electrode

Fuel Cell Membrane Electrode

  • Keywords:fuel cell membrane electrode, PEM electrode, hydrogen fuel cells, electrochemical reactions, proton exchange membrane
  • Category:Hydrogen-related Materials

The Fuel Cell Membrane Electrode is a critical component in fuel cell systems, designed to facilitate the electrochemical reactions that generate electricity. This electrode, integrated with a Proton Exchange Membrane (PEM), enables efficient proton conduction while acting as a barrier to gases such as hydrogen and oxygen. It is engineered for high performance, durability, and chemical stability, ensuring optimal operation in various fuel cell applications. Ideal for use in hydrogen fuel cells, this membrane electrode supports sustainable and efficient energy conversion.

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Product Overview
The automotive membrane electrode is a high-performance product developed specifically for fuel cell applications. This product features a low platinum loading, high performance, and long lifespan, achieving leading domestic and world-class international performance indicators.

Product Features

High Performance: The automotive membrane electrode has a platinum loading of 0.35 mg/cm², with a stack power exceeding 0.65V at 2A/cm², and a peak power reaching up to 1.8 W/cm².

Strong Durability: Designed for commercial vehicles with a lifespan exceeding 15,000 hours, the durability of the catalyst within the membrane electrode reaches 80,000 cycles, ensuring stable operation over an extended period.

Customizable Design: Over 300 types of customized membrane electrodes are available to meet diverse customer needs and application scenarios.

Innovative Process: Utilizes a CCM (Catalyst Coated Membrane) double-sided direct coating process, achieving high production efficiency with a catalyst loading tolerance of less than 1%, ensuring outstanding product quality consistency.

Fully Automated High-Speed Packaging: Flexibly supports various membrane electrode designs with multiple layers, achieving a maximum bonding speed of 6 sheets per minute. Both airtightness and thickness undergo 100% inspection.

Applications

Automotive Industry: Widely used in hydrogen fuel cell vehicles, providing power solutions for clean transportation.

Commercial Vehicles: Enhances efficiency and lifespan in various commercial vehicles, improving both economic and environmental performance.

Renewable Energy: Promotes the adoption of hydrogen energy and other renewable energy sources, advancing the process of sustainable development.

Fuel Cell Membrane Electrode Specifications EPM-H151N EPM-B161N
Total Pt Loading (mg/cm3) 0.35 0.45
Performance in Stack (W/cm) >1.5 >1.3
Commercial Vehicle Lifespan (Hrs) >15,000 >25,000
Catalyst Durability in Membrane Electrode (80°C) 0.6-0.95V accelerated aging, voltage loss < 30mV at 0.8A/cm², ECSA loss < 40% over cycles
>80,000 >100,000
Catalyst Support Durability in Membrane Electrode (80°C) 1-1.5V accelerated aging, voltage loss < 30mV at 1.5A/cm², ECSA loss < 40% over cycles
>1,000 >3,000
Product Features High performance Balance of durability and performance
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Fuel Cell Membrane ElectrodeFuel Cell Membrane Electrode

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