Product Details
AEM Water Electrolyzer is divided into cathode and anode chambers, with the core configuration being the MEA. The MEA achieves zero-gap ion transport by pressing together the GDL, catalyst layer, and anion exchange membrane. The anion exchange membrane is the core component of AEM technology, with the main functions of conducting hydroxide ions (OH⁻) while preventing direct transfer of gas and electrons between electrodes.
Characteristic:
1. MEA needs to be produced by hot pressing. Hot pressing can significantly improve the interfacial contact between the electrode and the membrane, reduce contact resistance, and enhance performance and long-term stability.Research shows that to achieve the ideal hot-pressing effect, the hot-pressing temperature should be set between 150-250°C, the pressure between 0.5 MPa and 2.5 MPa, and the time between 2-10 minutes. Hot-pressing parameters need to be optimized based on the specific ion membrane material and electrode structure, and it is recommended to conduct parameter screening experiments before formal testing.
2. AEM electrolysis water testing also requires heating. Research shows that 60-80°is the ideal temperature condition. Users need to prepare Φ6mm heating rods (heating plates) and Φ2mm thermocouple.
3. Nickel plated with gold can further enhance corrosion resistance. In addition, gold has excellent electrical conductivity, which can further reduce the contact resistance between the electrode plate and adjacent components.
Parameter:
1.The electrode plate can be used as an end plate, a channel plate and a current collector, which can be quickly assembled and disassembled, and is easy to clean.
2.The base plate is 99.9% nickel, with an outer layer of gold plating.
3.The channel shape is serpentine S channel by default, and it supports customized parallel, cross-finger, dot matrix, multi-S channel, etc.
4.The channel width and depth are 1.5mm by default, and support customized 0.5mm, 1mm, 2mm, etc.
5.The area includes 1cm2, 4cm2, 5cm2, 9cm2, 16cm2, 25cm2, 50cm2, 100cm2, etc.
6.There are two kinds of gaskets: PTFE gasket and fluorine gasket. It is important that the user informs the name and thickness of the electrode material to be used in order to equip it with a suitable gasket.
Specification:
body material:99.9% Nickel plated with gold
channel shape: S-type channel
channel width:1.5mm
channel depth:1.5mm
number of channels:5
Diameter of the heating rod hole:6.2mm
Diameter of the thermocouple hole:2.2mm
1. This is a customized item, we can't offer any refund or exchange. If you have any questions before purchasing, please feel free to communicate with us.
2. User need to choose the right sealing gasket according to the thickness of your own material, which is a process of exploration.
3. If necessary, user can prepare your own electric wrench or torque wrench. The width of the opposite side of the hexagon is 4mm.
4. By default, the electrode plate does not have a heating rod hole or a thermocouple hole. If the user needs heating or temperature measurement, please be sure to let us know in advance.
5. It must also be reminded that this gold plating may come off due to various factors such as high current testing, shear force extrusion and friction during installation, electrolyte flow, and chemical corrosion under complex conditions.
Product Includes: 1 * Electrolyzer 1 * PTFE tube cutter 1 * φ3mm PTFE tube 4 * PU quick connector φ3mm 4 * PTFE quick connector φ3mm 4 * Positioning rod 2 * Allen key+spacer 1 * Gear wrench 6 * Plate fixing rod 6 * Conductive current collector fixing rod 4 * Conductive current collector 6 * PEEK sealing screw M8/M7 6 * PEEK sealing screw M7 4 * φ3mm solid PTFE rod 1 * PEEK insulating plug 1 * PTFE film tape 2 * Built-in sealing o-ring 30 * Sealing gasket
Literature and Reviews:
1.Nature Nanotechnology (2026); Self-adhesive high-entropy oxide sub-nanowire monolithic electrocatalysts; DOI: 10.1038/s41565-026-02175-4
2.Nature Catalysis (2026); A high-flux membrane electrode assembly for CO2 electroreduction to 4.5 M formate with over 8,000 h stability; DOI:10.1038/s41929-026-01524-9
3.Science (2026); Bromine-mediated electrochemical propane dehydrogenation by self-assembled ionic liquid-SnO2 hollow spheres; DOI: 10.1126/science.aed2309
4.Applied Catalysis B: Environment and Energy(2026); A polydopamine interlayer enables dual stabilization of NiFe-LDH for electrochemically and mechanically robust water electrolysis; DOI:10.1016/j.apcatb.2026.127020
5.Angew. Chem. Int. Ed (2026); Controllable Electrocatalytic Synthesis of Aldehydes From Alcohols on Co-Based Catalysts: A Redox Cycling-Mediated Indirect Oxidation Mechanism; DOI:10.1002/anie.4948095
6.Angew. Chem. Int. Ed (2026); Achieving High Selectivity and Stability in Electrocatalytic CO2 Reduction in Acidic Media via Ion Confinement; DOI:10.1002/anie.2577753
7.Nature Communications (2026); Sustained Direct Electro-epoxidation of Ethylene via a Strain-Gradient CuO-Ag Interface; DOI:10.1038/s41467-026-72987-4
8.Nature Synthesis(2026); High-efficiency organo-electrocatalysts enable both anodic and cathodic reactions; DOI:10.1038/s44160-026-01039-y
9.Angew. Chem. Int. Ed (2026); Synergistic OH−/H2O Engineering and Dynamic Potential Modulation for Efficient Upcycling of PET Waste to Glycolic Acid Using H2O as the Oxygen Source; DOI:10.1002/anie.202521577
10.Small (2026); Spatially Separated Ru, Ni Sites on Extrusion 3D Printed Carbonaceous Electrodes for Enhanced Alkaline Water Splitting; DOI:10.1002/smll.202513391
11.Nature Sustainability (2026); Scalable flow-through device for electrochemical water treatment without secondary pollution; DOI:10.1038/s41893-026-01799-7
12.Nature Communications (2026); Multi-modal characterization of nitrate reduction nano-catalysts with periodic strain distribution; DOI:10.1038/s41467-026-70447-7
13.Advanced Materials (2026); Bulk and Surface Dual-Modification for Stabilizing RuO2 Anode in 2 A cm−2 PEMWE Operation; DOI:10.1002/adma.202521819
14.Nature Water (2026); Molecular oxygen cascade reduction to •OH via coplanar dual-electrocatalytic zone achieving electrolyte-free water purification; DOI:10.1038/s44221-026-00606-z
15.Angew. Chem. Int. Ed (2026); Breaking Activity-Stability Trade-Off by Switching Reaction Pathway for Efficient Electrosynthesis of Glycerate at Industrial-Scale Current Density; DOI:10.1002/anie.3574115
16.Nature Catalysis (2026); Azobenzene-derived coordination polymers for redox-mediated integration of CO2 capture and electrolysis; DOI:10.1038/s41929-026-01487-x
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