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MEA PEM Dyneon 725 05m 0.5mgPt Cloth

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MEA PEM Dyneon 725 05m 0.5mgPt Cloth Specification

Material
PEM (Proton Exchange Membrane) with Dyneon 725 and platinum catalyst on cloth backing

Application
Proton Exchange Membrane Fuel Cells (PEMFC), Hydrogen Electrolyzers, Electrochemical cells

Chemical Composition
Perfluorosulfonic acid membrane (Dyneon 725) with platinum catalyst (0.5 mg/cm) supported on carbon cloth

Shape
Sheet/Cloth

Hardness
Soft, flexible membrane

Density
2.0 Gram per cubic centimeter(g/cm3)

MEA PEM Dyneon 725 05m 0.5mgPt Cloth Trade Information

Payment Terms
Paypal

Delivery Time
15 Days

Main Export Market(s)
Asia

Main Domestic Market
All India

About MEA PEM Dyneon 725 05m 0.5mgPt Cloth

MEA PEM Dyneon-72505 0.5mg Pt Cloth

Product Code: 74810001

XICAT Membrane Electrode Assemblies (MEA) are highlydurable and they provide ultra-high performance assemblies for use inelectrochemical applications due to the use of ultra-thin composite membranes.

MEA PEM-Dyneon-725-05m-0.5mgPt-Cloth product iscomprised of the following sub-components: 5 micrometers thick PEM-Dyneon (EW725) composite membrane and carbon cloth based gas diffusion electrodes with0.5 mg/cm² loading of 60% Pt/C catalysts both for anode andanode.

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 diffusionlayer.

Advanced PEM Technology for Efficient Energy

Engineered with Dyneon 725 perfluorosulfonic acid membrane and platinum catalyst, this MEA delivers superior ionic conductivity and minimal gas crossover. Its carbon cloth reinforcement ensures durability while maintaining flexibility, making it ideal for next-generation PEM fuel cells and electrolyzer systems requiring consistent performance and reliable operation.

Customizable Membrane Area for Versatile Applications

Membrane area can be tailored according to user requirements, making it suitable for both research and large-scale systems. Whether for hydrogen generation, fuel cell stacks, or custom electrochemical setups, this product provides adaptable solutions to meet diverse energy and research demands with precision.

FAQ's of MEA PEM Dyneon 725 05I14m 0.5mgPt Cloth:

Q: How can the membrane area of the MEA PEM Dyneon 725 cloth be customized for specific needs?

A: The membrane area is customizable based on user specifications. Customers can specify desired dimensions when ordering to suit unique experimental setups or commercial fuel cell stack requirements, ensuring optimal integration and performance.

Q: What are the key benefits of using the Dyneon 725 05m 0.5mgPt cloth in PEM fuel cells and electrolyzers?

A: This MEA offers excellent ionic conductivity (>0.1 S/cm), low gas permeability, and robust mechanical reinforcement from carbon cloth, providing enhanced efficiency, stability, and reduced gas crossover for high-performance PEM fuel cells and hydrogen electrolyzers.

Q: When and how should the MEA PEM Dyneon 725 membrane be stored for longevity?

A: To preserve membrane integrity and performance, store the MEA in a dry, cool environment and avoid direct UV exposure. Proper storage ensures its catalytic and conductive properties remain optimal over time.

Q: Where is the MEA PEM Dyneon 725 0.5mgPt cloth available for distribution and purchase in India?

A: The MEA PEM Dyneon 725 05m 0.5mgPt cloth is available through distributors, manufacturers, suppliers, traders, and retailers across India, catering to academic, industrial, and research sectors.

Q: What is the process of integrating the MEA PEM Dyneon 725 cloth into a fuel cell or electrolyzer system?

A: Integration involves placing the MEA between flow plates and gaskets within the system structure. Its flexible, sheet-like nature and customizable sizing enable straightforward assembly compatible with standard PEMFC and electrolyzer configurations.

Q: What is the typical usage of the MEA PEM Dyneon 725 cloth and what applications does it support?

A: It is primarily used for Proton Exchange Membrane Fuel Cells (PEMFC), hydrogen electrolyzers, and various electrochemical cells. Its properties suit both small-scale research and commercial energy systems requiring reliable and efficient proton conduction.

Q: How does the carbon cloth reinforcement benefit the overall mechanical properties of the membrane?

A: Carbon cloth serves as a robust backing, enhancing flexibility and mechanical strength. This reinforcement ensures better handling during assembly, increased durability under operational stresses, and extended service life of the membrane within energy systems.

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