Membrane Electrode Assemblies (MEA)

Hydrogen Air CCM - 3 Layer MEA

AO-Electronics

Hydrogen Air CCM - 3 Layer MEA Ref.: AO-2014010

View

Hydrogen Air MEA - 5 Layer

AO-Electronics

Hydrogen Air MEA - 5 Layer Ref.: AO-7201002

These Hydrogen Air MEAs are 5-Layer Membrane Electrode Assembly (MEA) with integrated Gas Diffusion Layers (GDL) for use in Hydrogen/Air Fuel Cells.

View

Build your own Fuel Cells: 5L MEA 10cm² - Ref.: 590710

Membrane Electrode Assemblies (MEA)

Build your own Fuel Cells: 5L MEA 10cm² - Ref.: AO-590710

5 Layer Membrane Electrode Assembly with GDL for use in hydrogen air/oxygen fuel cells. AO-MEA-5L

View

MEA for Expandable PEM Research Test Cell - 50cm² - Ref.: 550020

Membrane Electrode Assemblies (MEA)

MEA for Expandable PEM Research Test Cell - 50cm² - Ref.: AO-550020

View

MEA for PEM Research Cell - 5cm² - Ref.: 550025

Membrane Electrode Assemblies (MEA)

MEA for PEM Research Cell - 5cm² - Ref.: AO-550025

View

MEA PEM-Dyneon-725-05μm-0.5mgPt-Cloth - Ref.: 74810001

Membrane Electrode Assemblies (MEA)

MEA PEM-Dyneon-725-05μm-0.5mgPt-Cloth - Ref.: AO-74810001

XICAT™ Membrane Electrode Assemblies (MEA) are highly durable and they provide ultra-high performance assemblies for use in electrochemical applications due to the use of ultra-thin composite membranes.

View

Direct Methanol Fuel Cell MEA - 5 Layer - Ref.: 590114

Membrane Electrode Assemblies (MEA)

Direct Methanol Fuel Cell MEA - 5 Layer - Ref.: AO-590114

Methanol (MeOH) can be utilized directly (without the need for a reformer) with Direct Methanol Fuel Cell (DMFC) Membrane Electrode Assemblies (MEA).It also allows a liquid fuel to be used directly in a fuel cell instead of a gaseous fuel.

View

Direct Methanol Fuel Cell MEA - 3 Layers - Ref.: 1141006

Membrane Electrode Assemblies (MEA)

Direct Methanol Fuel Cell MEA - 3 Layers - Ref.: AO-1141006

The DMFC MEA is often useful in lower power applications. The DMFC MEA is a 3-Layer configuration, also known as Catalyst Coated Membrane (CCM).

View

Reversible Fuel Cell MEA - 3 Layer - Ref.: 1141018

Membrane Electrode Assemblies (MEA)

Reversible Fuel Cell MEA - 3 Layer - Ref.: AO-1141018

These Reversible Membrane Electrode Assemblies (MEA) AO-1141018 can be used as in an Electrolyzer for Hydrogen production or in Polymer Electrolyte Fuel Cell (PEMFC) for electricity production.

View

Hydrogen Oxygen MEA - 5 Layer, Ref.: AO-590914

AO-Electronics

Hydrogen Oxygen MEA - 5 Layer, Ref.: AO-590914

Ref.: AO-590914

These are 5-Layer Hydrogen Oxygen MEAs.

View

3 Layer MEA - Hydrogen Oxygen, REf.: 1141014

Home

3 Layer MEA - Hydrogen Oxygen, Ref.: AO-1141014

Ref.: AO-1141014

View

MEA PEM-Dyneon-725-10μm-0.5mg Pt-Cloth, Ref.: AO-74810005

AO-Electronics

MEA PEM-Dyneon-725-10μm-0.5mg Pt-Cloth, Ref.: AO-74810005

Ref.: AO-74810005

The XICAT™ Membrane Electrode Assemblies (MEA's) are highly durable for providing ultra-high performance assemblies in electrochemical applications due to the use of ultra-thin composite membranes.

View

MEA PEM-Dyneon-725-20μm-0.5mg Pt-Cloth, Ref.: 74810009

Membrane Electrode Assemblies (MEA)

MEA PEM-Dyneon-725-20μm-0.5mg Pt-Cloth, Ref.: 74810009

Our MEA PEM-Dyneon-725-20μm-0.5mg Pt-Cloth is comprised of the following sub-components:- 20 micrometers thick PEM-Dyneon (EW 725) composite membrane - carbon cloth based gas diffusion electrodes with 0.5 mg/cm2 loading of 60% Pt/C catalysts, both for anode and cathode.

View

MEA PEM-Dyneon-725-30μm-0.5mg Pt-Cloth, Ref.: AO-74810013

Membrane Electrode Assemblies (MEA)

MEA PEM-Dyneon-725-30μm-0.5mg Pt-Cloth, Ref.: AO-74810013

Ref.: AO-74810013

The standard MEA is a 5-layer construction with a membrane sandwiched between a gas diffusion electrode and catalyst layer.A second MEA structure is a 3-layer construction known as a catalyst coated membrane (CCM) in which the catalyst is applied directly to the membrane and there are no gas diffusion layers.

View

Showing 1-14 of 14 item(s)

Product added to wishlist

Product added to compare.

We use our own and third-party cookies to improve the browsing experience and offer content of interest. By continuing to browse we understand that you accept our Cookie Policies.

Allow