Maximizing Efficiency with Research-Grade Fuel Cell Test Fixtures

In the fast-paced world of fuel cell technology, precision and reliability are paramount. Laboratory researchers and engineers rely heavily on advanced testing equipment to evaluate the performance of hydrogen-oxygen and hydrogen-air fuel cells. Enter the Fueiceel® FCA Research Grade PEM Fuel Cell Hardware – a state-of-the-art tool designed to deliver standardized testing and performance evaluation with uncompromising accuracy.

Why Choose This Fuel Cell Test Fixture?

This American-standard test fixture stands out in the competitive landscape for its thoughtful design, robust construction, and unparalleled compatibility. Whether you are working on small-scale prototypes or larger research projects, this fixture offers a reliable platform for obtaining consistent and reproducible results. Let’s delve into its standout features and specifications.

Key Features at a Glance

1. Electrode Area Configurations:

   • Available in standard sizes of 5 cm², 25 cm², and 50 cm².

   • Flexibility to cater to diverse experimental needs.

2. Robust Construction:

   • End Plates: Made of durable aluminum alloy for long-lasting performance.

   • Flow Fields: Crafted from gold-plated copper to ensure excellent conductivity.

   • Graphite Flow Field Plates: High-performance material ensures optimal flow dynamics and durability.

3. Innovative Flow Field Designs:

   • 5 cm²: Single-channel serpentine flow field.

   • 25 cm²: Triple-channel serpentine flow field.

   • 50 cm²: Parallel serpentine four-channel design.

   • These designs ensure efficient gas distribution and water management, critical for peak fuel cell performance.

4. Uniform Compression:

   • Provides flat, uniform compression across the membrane electrode assembly (MEA), ensuring consistent results during testing.

5. Optional Accessories for Enhanced Functionality:

   • High-precision T-type thermocouples for accurate temperature monitoring.

   • National standard current cables for secure and reliable connections.

   • Electric heating rods for precise thermal control.

6. Customizable Gas Path Interface:

   • Standardized to English specifications, with customization available to meet unique requirements.

7. Wide Compatibility:

   • Seamlessly integrates with popular workstations such as the 850e workstation by Fuel Cell Technology (USA), Taiwan Qunyi, and Scribner.

   • Compatibility with other brands is available upon inquiry.

Technical Specifications

• Operating Temperature: Up to 200℃, suitable for a wide range of experimental conditions.

• Material Highlights:

  • End Plates: Aluminum alloy.

  • Collector Plates: Gold-plated copper for excellent conductivity and corrosion resistance.

  • Flow Channel Plates: High-conductivity graphite for optimal performance.

• Flow Channel Design:

  • 5 cm²: Single serpentine.

  • 25 cm²: Triple serpentine.

  • 50 cm²: Parallel serpentine with four channels.

• Thermocouple: High-precision T-type for reliable temperature readings.

• Cables: Compliant with national standards for safety and performance.

Unmatched Consistency and Reliability

This test fixture has been meticulously engineered to deliver results comparable to imported single-cell test fixtures from the United States. By ensuring uniform compression and optimal flow dynamics, it guarantees reproducible outcomes that researchers can trust.

Perfect for Research and Development

Whether you’re testing hydrogen-oxygen or hydrogen-air fuel cells, this fixture provides the accuracy and reliability necessary for groundbreaking discoveries. Its compatibility with leading workstations makes it a versatile addition to any laboratory setup.

Conclusion

For researchers and engineers seeking a reliable, high-performance solution for fuel cell testing, the Fueiceel® FCA Research Grade PEM Fuel Cell Hardware offers a perfect blend of precision, durability, and versatility. Its innovative design, robust construction, and compatibility with leading systems ensure it meets the demands of modern fuel cell research. Elevate your testing capabilities today and unlock the full potential of your fuel cell innovations.