Feutre en poudre de titane dégradé

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Feutre en poudre de titane dégradé

Feutre en poudre de titane

December 24, 2024

Category Connection: GDL de gradient composite

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Tags:

#Plaque sintrée de titane #Filtrés sintrés #Feutre titanique de fibre

Brief: Discover the 1.8mm Titanium Fiber Felt, an asymmetric porous titanium sintered plate with gradient structure, ideal for AEM hydrogen production. Developed by Borsemai, it features controlled pore size, excellent water and gas transmission, and a large specific surface area.

Related Product Features:

Asymmetric porous gradient structure for enhanced performance.
Controlled pore size and porosity for customized applications.
Large specific surface area improves efficiency.
Excellent water and gas transmission capabilities.
Flexible and bendable for versatile use.
Low surface roughness prevents membrane electrode damage.
High tensile strength and durability.
Widely used in hydrogen energy production and composite electrodes.

FAQ:

What is the primary application of the 1.8mm Titanium Fiber Felt?

It is primarily used in AEM hydrogen production as a core material, enhancing gas diffusion and electrochemical reactions.
How does the gradient pore structure benefit the product?

The gradient pore structure allows for better control over pore size and porosity, improving water and gas transmission performance.
What are the advantages of using titanium powder felt in hydrogen production?

Titanium powder felt increases the contact area with membrane electrodes, reduces contact resistance, and improves lifespan by preventing punctures.