MEA AEM Durion LMW 30I m 0.5mgPt Cloth

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MEA AEM Durion LMW 30I m 0.5mgPt Cloth Specification

Material
Durion LMW Cloth with Platinum (Pt) Catalyst

Application
Electrochemical Devices, Fuel Cells, Electrolyzers

Chemical Composition
Low Molecular Weight Durion, Supported Platinum (0.5 mg/cm)

Shape
Rectangular Flat Sheet/Cloth

Hardness
Flexible, Non-rigid

Density
1.8 Gram per cubic centimeter(g/cm3)

MEA AEM Durion LMW 30I m 0.5mgPt Cloth Trade Information

Payment Terms
Paypal

Delivery Time
15 Days

Main Export Market(s)
Asia

Main Domestic Market
All India

About MEA AEM Durion LMW 30I m 0.5mgPt Cloth

MEAAEM-Durion-LMW-30m-0.5mgPt-Cloth

ProductCode: 74810057

XICATMembrane Electrode Assemblies (MEA) are highly durable and they provideultra-high performance assemblies for use in electrochemical applications dueto the use of ultra-thin composite membranes.

MEAAEM-Durion-LMW-30m-0.5mgPt-Cloth product is comprised of the followingsub-components: 30 micrometers thick Durion LMW composite anion exchangemembrane and carbon cloth based gas diffusion electrodes with 0.5 mg/cm2 loadingof 60% Pt/C catalysts both for anode and anode. This alkaline MEA can be usedfor alkaline fuel cell applications or any other alkaline chemistry baseddevice development efforts.

Xergy has the largest selection of composite protonexchange membranes (C-PEM) and proton exchange ionomers (PEI) and compositeanion exchange membranes (C-AEM) and anion exchange ionomers (AEI) to selectfrom for the XICAT MEA design. C-PEMs/PEIs for the XICAT MEAs are availablefrom Dyneon, Aquivion, and Nafion perfluorosulfonic acid (PFSA)ionomers. C-AEMs/AEIs are available from Durion and Pentionionomers. The standard MEA is a 5-layer construction with a membrane sandwichedbetween a gas diffusion electrode and catalyst layer. A second MEA structure isa 3-layer construction known as a catalyst coated membrane (CCM), in which thecatalyst is applied directly to the membrane and there is no gas diffusion layer.

Advanced Membrane Technology for Clean Energy

This product features a durable Durion LMW membrane with optimized platinum catalyst support. Highly conductive, it is built for challenging alkaline environments and delivers superior performance in fuel cells and electrolyzers. Its flexible, low-density cloth adapts to various system requirements, while the smooth surface finish ensures efficient gas diffusion. Customization and standard sizes are available, enabling seamless integration into electrochemical devices.

Tailored Solutions for Electrochemical Systems

Designed to meet specific operational needs, the MEA AEM Durion LMW 30m 0.5mgPt Cloth offers customizable electrode areas and shapes. Its porous structure supports high ionic conductivity, while low gas permeability prevents unwanted cross-talk. Whether for manufacturing, research, or new product development, users benefit from consistent, reliable membrane properties and convenient handling.

FAQ's of MEA AEM Durion LMW 30I14m 0.5mgPt Cloth:

Q: How should the MEA AEM Durion LMW 30m 0.5mgPt Cloth be properly stored?

A: Store the cloth in a dry, cool environment shielded from sunlight to maintain its performance. Under controlled conditions, a shelf life of 12-24 months is recommended.

Q: What are the main benefits of using this platinum-coated membrane in electrochemical devices?

A: The high ionic conductivity and low gas permeability make it ideal for efficient fuel cell and electrolyzer operation. Its flexible design and customizable electrode area provide adaptability for various device configurations.

Q: When is it appropriate to use this membrane in an electrochemical system?

A: This membrane is best used in alkaline applications such as anion exchange membrane fuel cells and electrolyzers, especially when stable performance up to 80C is required.

Q: Where can I purchase standard sizes or customized shapes of the MEA AEM Durion LMW 30m 0.5mgPt Cloth?

A: Standard and custom options are available from distributors, manufacturers, retailers, and traders in the United States; contact your preferred supplier to discuss specific requirements.

Q: What process is involved in integrating this membrane into an existing electrode assembly?

A: The membrane is typically incorporated by aligning it with the electrode area and ensuring suitable contact with the catalyst layer. Customization allows seamless fitment into diverse alkaline systems.

Q: How does the porous electrolyte-grade cloth backing enhance membrane performance?

A: The backing material provides a robust structure for supporting the platinum catalyst, enabling high ionic transfer while maintaining low gas permeability. This improves reliability and efficiency in system operations.

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