quickCONNECTfixture qCf FC25/125 V1.0 LC 8 bar for AEM / PEM Electrolysis

  • Enables precise and reproducible testing of electrolysis cell components under realistic operating conditions
  • Developed for both PEM and AEM electrolysis research
  • Supports back pressure of up to 8 bar g
  • Supports temperatures of up to 90 °C
  • Ideal for advanced materials development and quality assurance

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quickCONNECTfixture qCf FC25/125 V1.0 LC 8 bar for AEM / PEM Electrolysis

  • The quickCONNECTfixture qCf FC25/125 V1.0 LC 8bar Ely is a compressed air-pressurized frame for mounting, media supply, and temperature control of cF measuring cells.
  • It is designed for evaluating core electrolysis components, including flow fields, CCMs, MEAs, GDLs, GDEs, and membranes, under reproducible test conditions.
  • The quickCONNECTfixture enables tool-free cF measurement cell replacement and is ready for operation in test bench environments or laboratory use.
  • Contact pressure can be continuously adjusted depending on the active cell area and flow field material.
  • The associated two-part cellFixture insert cell accommodates and characterizes different electrolysis core components.
  • Media supply, temperature control, current, and potential tapping are provided via the qCf FC25/125 V1.0 LC 8bar Ely.

Key features

  • Compressed air-pressurized frame for mounting, media supply, and temperature control of cF measuring cells
  • Evaluation of flow fields, CCMs, MEAs, GDLs, GDEs, membranes, and other electrolysis core components
  • Reproducible test conditions
  • Tool-free cF measurement cell replacement
  • Ready for test bench environments and laboratory use
  • Continuously adjustable contact pressure depending on active cell area and flow field material
  • Liquid cooling/heating of the qCf FC25/125 LC in direct contact with the cellFixture
  • Gold-plated heating and contact plates with media feed
  • Low-resistance electrical contact via 6 mm MC socket
  • Two-part measuring cell for accommodating and characterizing electrolysis core components
  • Flow fields available for AEM in nickel and PEM in titanium
  • Parallel vertical flow-field channels
  • Flow-field design can be modified according to customer specifications
  • Contact surfaces ground flat and gold-plated
  • Integrated sense contacts for direct measurement of cell potential
  • Additional 1.5 mm hole in the contact plate for insertion of external temperature sensors

Technical specifications

quickCONNECTfixture

  • Active area: Up to 25 cm²
  • Maximum contact pressure: 1.96 N/mm²
  • Operating temperature: -20 °C to 90 °C, depending on circulation thermostat and temperature control medium
  • Load current: Max. 5 A/cm²
  • Media connections, anode/cathode: 6 mm or 1/4" Swagelok or compatible (1.4571)
  • Heating and contact plates: Gold-plated, including media feed
  • Electrical contact: 6 mm MC socket, low resistance
  • Recommended cooling/heating media: Ethanol, deionized water, glycol, or silicone oil, depending on requirements

cellFixture Insert Cell

  • Compatibility: quickCONNECTfixture qCf FC25/125 V1.0 LC 8bar Ely
  • Design: Two-part measuring cell
  • Active cell area: Up to 25 cm² (50 × 50 mm)
  • Maximum thickness of components to be tested: 2 mm
  • Flow field – AEM: Nickel
  • Flow field – PEM: Titanium
  • Flow-field channels: Parallel, vertical
  • Maximum contact pressure on active cell surface: 2.51 N/mm²
  • Operating temperature: -20 °C to 140 °C
  • Housing material: PEEK
  • Sealing elements: EPDM
  • Contact surfaces: Ground flat and gold-plated
  • Sense contacts: Integrated for direct measurement of cell potential
  • Temperature sensor provision: Additional 1.5 mm hole in contact plate
  • Component replacement: No tool-free component replacement

Application areas

  • Evaluation and characterization of electrolysis core components
  • Testing of flow fields
  • CCM testing, MEA testing
  • GDL testing, GDE testing
  • Membrane testing
  • AEM electrolysis component evaluation
  • PEM electrolysis component evaluation
  • Reproducible electrolysis testing in laboratory environments
  • Test bench applications requiring controlled media supply, temperature control, contact pressure, current, and potential measurement

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  • For more than 15 years, balticFuelCells has helped shape fuel-cell technology. Interested in purchasing, have questions, or need a custom solution? Simply fill out the contact form to get in touch with the vendor.
balticFuelCells GmbH

balticFuelCells GmbH is focusing since 2006 on the development and production of fuel cells and fuel cell components, based on concrete real-life applications and economical feasibility. Projects are often developed in close collaboration with key companies. The large in-house know-how allows for a wide range of developments, starting from cell internal components to the point of complete systems within the field of renewable energies.

Our services:

  • System development - from cell internal design to complete systems
  • Based on products of balticFuelCells - development of customer specific solutions
  • Manufacture of PEM stacks and PEM systems

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