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Home > Electrochemical Cells >Membrane Electrode Assembly MEA Electrolyzer 25c㎡ 5x5cm Three S Channel+Parallel

Membrane Electrode Assembly MEA Electrolyzer 25c㎡ 5x5cm Three-S channel+Parallel channel channel width 1.5mm

SKU: CFM262F3

Special Price AU$5,097.95

Regular Price: AU$5,679.95

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Description

• Fits all major brands of potentiostats
• This is a customized item, invalid for refund or exchange.
• Size: 25c㎡

The MEA-type electrolyzer is divided into two chambers, cathode and anode, and its core configuration is MEA. MEA achieves a zero-gap of proton/ion transport by pressing GDL, catalyst layer, and IEM together.

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Product Details

The MEA-type electrolyzer is divided into two chambers, cathode and anode, and its core configuration is MEA. MEA achieves a zero-gap of proton/ion transport by pressing GDL, catalyst layer, and IEM together. Compared with GDE-type electrolyzer, MEA-type electrolyzer can not only effectively avoid electrolyte flooding by removing the cathode electrolyte chamber in GDE-type electrolyzer, but also significantly reduce the impedance of the system to improve the reaction rate and system energy efficiency.

Characteristic:

1. MEA is designed for minimal spacing between the electrodes, which leads to a more efficient reaction process.

2. The close proximity of the electrodes and the incorporation of an ion-exchange membrane (e.g., proton exchange membrane or anion exchange membrane) reduce ion transport resistances, making the process more energy-efficient.

3. MEA is used more broadly, including but not limited to CRR,ORR,NRR,fuel cell,PEM,AEM,seawater electrolysis, electrosynthesis of chlorine, urea oxidation, wastewater treatment, glucose oxidation, nitrate reduction, catalyst screening, etc

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 default plate material is titanium, and it supports customized 316L stainless steel, 904L stainless steel, nickel, etc.

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：Ta2 titanium
cathode channel shape: three-S channel
anode channel shape: Parallel channel
channel width:1.5mm
channel depth:1.5mm
number of channels：21

NOTICE：
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.
 

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
18 * 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
20 * 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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Document#
Title
Type
Download
DK0003
CFGD262 MEA User Manual
Download
DK0005
Metal Electrode Chamber Maintenance Manual
Download

         

if you need customization help, pls contact us via: here

PRODUCT RELATED

Q.
How to choose ordinary electrochemical cell and sealed electrochemical cell?
A.
Regardless of the user's tightness requirements for the actual test, the sealed electrochemical cell is the first choice. The sealed electrolytic cell is equipped with hollow sealing screws and fluorine rubber O-rings to install and seal the entire device, and then pass inert gas into the cell body to drive out the excess gas inside the cell body to realize the test of the system in an inert environment. If there is no requirement for tightness, no ventilation operation is required. However, if you choose an ordinary electrochemical cell, the related operations of the sealed electrolytic cell cannot be realized.
Q.
What volume of electrochemical cell is suitable to choose?
A.
The volume of the electrolytic cell should be selected moderately. If the volume is too large, the amount of solution will be too much, which is unnecessary. During electrochemical measurement, the electrode surface undergoes oxidation and reduction reactions, and some substances in the solution are reduced by participating in the electrode reaction. At the same time, some reaction products will dissolve into the solution. If the volume of the electrolytic cell is too small, the solution concentration will change significantly during the long-term steady-state measurement, which will eventually affect the experimental results. In most cases, the volume of 50ml and 100ml are more choices.
Q.
How to choose a working electrode?
A.
Common working electrodes include disk electrodes and replaceable electrode holders. The disk electrode is suitable as the base of the modified material, and it is modified to the base area of the disk electrode by mixing a membrane solution or the like with a powdered material. And if the material being studied is a sheet-like structure or the material can be modified to suitable materials such as conductive glass, carbon paper, carbon cloth, etc., it is more practical to choose a replaceable electrode clip.
Q.
How to choose a counter electrode?
A.
One of the important parameters of the counter electrode is its surface area. The counter electrode must have a large enough area to support the current conduction generated on the working electrode. Generally, the area of the counter electrode is 3-5 times the area of the working electrode. When choosing a disk electrode as the working electrode, platinum wire electrode is a good choice. When choosing sheet materials as working electrodes, platinum wire ring electrodes and platinum sheet electrodes are good choices.
Q.
How to choose a reference electrode?
A.
Generally speaking, calomel electrode or Ag/AgCl reference electrode is used in neutral system. Since the potential of calomel electrode changes greatly with temperature, when the temperature exceeds 70 degrees, it needs to be used with a salt bridge or replaced Use Ag/AgCl reference electrode. Hg2SO4 reference electrodes are generally suitable for sulfuric acid or sulfate systems. Hg/HgO reference electrodes are generally suitable for alkaline electrolyte solutions, of which the strong alkali system also needs to be used with a salt bridge, and the filling liquid in the salt bridge is consistent with the filling liquid of the reference electrode. The non-aqueous organic system needs to use a Ag/Ag+ reference electrode. When using a non-aqueous Ag/Ag+ reference electrode, the user needs to prepare a solution containing supporting electrolyte and silver ions (usually 10mM) and inject it into the reference electrode chamber. Due to shipping safety considerations, all reference electrodes are not filled with solution. Before use, the user needs to prepare an internal solution to fill it into the electrode.
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