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High-purity titanium & nickel MEA test cells with customizable flow channels. Ideal for advanced electrochemical research.

MEA Test Cells | Custom Membrane Electrode Electrolytic Cells

Model: MEA-01Specifications<ul><li>The flow channel Specification: 10*10mm; 20*20mm; 30*30mm; 50*50mm, or other customized flow field size.</li><li>Cell material: High-purity titanium, or High-purity nickel plate.</li><li>Terminal material: Gold-plated Copper</li></ul>&nbsp;Features<ul><li>This cell is mainly used for research analysis of electrochemical carbon dioxide reduction(CO2RR), alkaline anion exchange membrane water electrolysis and electrochemical processes.</li><li>The cell body is equipped with dual O-ring sealing grooves, it has excellent sealing performance.</li><li>The bipolar plate is equipped with heating and temperature measurement holes for electrochemical testing under temperature control conditions.</li><li>The overall material of the cell body is high-purity titanium, and the user also can choose high-purity nickel plates, which can be used for electrochemical testing in special environments.</li><li>The reactor can be designed with the type of serpentine, parallel or leaf vein channel, we also support other customised channel types such as spiral, mesh, comb, etc.</li></ul>

High-purity metal plates optimize conductivity and membrane-electrode performance for advanced cell studies.

Metal Bipolar Plate Electrolytic Cell

Metal Bipolar-plate Membrane electrode Electrolytic cell

Model: MEA-02<ul><li>The flow channel Specification: 10*10mm; 20*20mm; 30*30mm; 50*50mm, or other customized flow field size.</li><li>This cell is mainly used for research analysis of electrochemical carbon dioxide reduction(CO2RR), alkaline anion exchange membrane water electrolysis and electrochemical processes.</li><li>The channel plate material of this MEA cell is an imported isostatic pressure graphite plate, the outermost fixed plate is titanium plate. The top of the titanium plate has heating and temperature measurement holes, which are convenient for electrochemical testing under temperature control conditions.</li><li>The reactor can be designed with the type of serpentine, parallel or leaf vein channel, we also support other customised channel types such as spiral, mesh, comb, etc.</li></ul>

Compact design enhances membrane-electrode research with dual-plate setup for accurate electrolytic testing.

Bipolar Plate Membrane Electrode Cell

Bipolar-plate Membrane electrode Electrolytic cell

Model: MEA-03<ul><li>The flow channel Specification: 10*10mm; 20*20mm; 30*30mm; 50*50mm, or other customized flow field size.</li><li>This electrolytic cell is mainly used for research testing of electrochemical carbon dioxide reduction/alkaline anion exchange membrane water electrolysis and electrochemical process.</li><li>Both the anode and cathode are equipped with optical visualisation windows, which can be used for in-situ observation and high-speed photography.</li><li>The bipolar plate and fastening guard plate are made of high-purity titanium.</li><li>The cathode is a hollow serpentine flow channel, and the anode is with hollow multi-parallel flow channel.</li><li>Customized cell is acceptable.</li></ul>

Clear chamber walls enable real-time observation of membrane reactions and electrode behavior in experiments.

Visual Membrane Electrode Electrolytic Cell

Visual Membrane Electrode Electrolytic cell

Model: MEA-04<ul><li>The flow channel Specification: 10*10mm; 20*20mm; 30*30mm; 50*50mm, or other customized flow field size.</li><li>This electrolytic cell is used for research-oriented testing of carbon dioxide reduction, water electrolysis and electrochemical processes.</li><li>Both the anode and cathode bipolar plates are made of imported high-purity PTFE material, which has strong corrosion resistance.</li><li>The fastening guard plate is high-purity titanium.</li><li>The flow channel of this MEA cell is made of PTFE material, usually using serpentine flow channels. The thinnest thickness of the flow channel can reach 0.1mm, and the various thickness channels can be replaced according to experimental requirements.</li></ul>

Adapt flow channels instantly for customizable membrane-electrode testing setups in dynamic lab environments.

Interchangeable Channel Electrolytic Cell

Interchangeable channel Membrane Electrode Electrolytic Cell

Model: MEA-05&nbsp;<ul><li>This electrolytic cell can achieve higher voltage and power performance by stacking individual flow plates, it can be used for research-oriented testing of electrochemical processes such as carbon dioxide reduction, water electrolysis and organic electromechanical synthesis.</li><li>The channel plate of the cell body is made of high-purity titanium material, the other different materials, such as high-purity nickel and PEEK, can be customised according to customer needs.</li><li>The runner board adopts hidden channels, it supports series connection, parallel connection, or series + parallel connection combinations.</li><li>The&nbsp;MEA cell&nbsp;plate is equipped with heating and temperature measurement holes for electrochemical testing under temperature control conditions.</li><li>The collector plate is made of gold-plated copper plate, which has strong corrosion resistance.</li><li>The available reactor type: serpentine channel, parallel channel or leaf vein channel, the other customised channel types are also acceptable, such as spiral, mesh, comb, etc.</li></ul>

Supports scalable electrolysis applications with multi-layered cell stacks for energy, fuel, and water studies.

Membrane Electrolysis Cell Stack

Membrane electrolysis cell stack electrochemical cell

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