Fast Shipping 25cm² Aem Electrolyzer Hardware - Serpentine Flow Field, Ni + Ni End Plate Series [UDw6VNnt]

25cm² AEM Electrolyzer Hardware: Serpentine Flow Field, Ni + Ni End Plate

Introducing the cutting-edge 25cm² AEM Electrolyzer Hardware, a specialized piece of equipment designed for experimental research in AEM technology. This state-of-the-art water electrolyzer boasts a square serpentine flow field, ensuring efficient and effective water splitting. With advanced electrode materials like Raney nickel mesh for the cathode and NiFeOx/stainless steel fiber paper for the anode, it delivers a current density of 1-3 A/cm². The hardware is delivered without a membrane electrode assembly (MEA), allowing for customization and flexibility in your research projects.

Product Specifications and Technical Details

Equipped with a nickel cathode flow field and nickel anode flow field, this electrolyzer ensures optimal performance and durability. The included components are as follows: a PTFE gasket set, stainless steel bolts + nuts + gaskets, O-ring set, insulating sleeves + shoulder washers, and nickel quick connectors. Each unit undergoes a leakage-sealing test before shipment to guarantee its integrity and reliability. For added convenience, a fully assembled electrolyzer with MEA and a test report can be provided upon request, making it an ideal choice for researchers and engineers in the field of AEM technology.

Practical Applications and Target Audience

Whether you are a researcher, engineer, or hobbyist, the 25cm² AEM Electrolyzer Hardware is a versatile tool for your experimental needs. Its advanced features and robust construction make it suitable for various applications, including fuel cell development, hydrogen production, and renewable energy research. With its precise control over current density and efficient flow field design, this electrolyzer is an invaluable asset for those seeking to advance the field of AEM technology. Contact MSE Supplies for more information on how this product can enhance your research and development endeavors.