High Temperature PEM/AEM Electrolyzer Hardware
Description
Key Features:
This system offers flexibility for electrochemical research with:
Two cell size options: 5 cm² and 25 cm².
Corrosion-resistant 316L stainless steel end-plates, suitable for aggressive chemical solutions.
Customer requirements dictate the flow field material (titanium, graphite, or 316L stainless steel) for HER or OER applications.
Customizable flow field channel patterns to meet diverse research requirements.
Integrated, shielded, and grounded cartridge heaters within the end-plates for uniform and precise temperature control.
Electrical isolation between the end-plates and the cell for enhanced safety.
For reliable and responsive temperature adjustments of cell hardware, the system incorporates high-performance heating rods and a sensitive thermocouple senso
Specifications
Active Area:
ETH-5: 2.2 × 2.25 cm (5 cm²)
ETH-25: 5 × 5 cm (25 cm²)
Anode Flow Field: Titanium Plate
Cathode Flow Field: Graphite Plate
End Plates: 316 Stainless Steel or Anodized Aluminum
Heating Plate: 316 Stainless Steel
Included Components:
Electrolyzer Hardware
Durable cartridge heaters with braided stainless steel cables.
Gaskets, gasket templates, and thermocouple sensor.
Gold-plated copper current collectors for optimal conductivity.
End plates with reactant input/output ports, stainless steel ferrule fittings, and integrated wells for heaters and thermocouples.
Heavy-gauge copper load cables for high-current applications.
Essential hardware and connectors, including stainless steel bolts, wing nuts, gas connectors, and gaskets.
Electrolyte inlet/outlet tubes