Filtro de titânio em pó de gradiente

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Filtro de titânio em pó de gradiente

Filtro de titânio em pó

December 24, 2024

Category Connection: GDL de gradiente composto

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Tags:

#Placas sinterizadas de titânio #Filtro sinterizado #Fibra do titânio sentida

Brief: Discover the 0.15mm-2mm Pure Nickel Felt Asymmetric Gradient Gas Diffusion Layer Material, a breakthrough in AEM hydrogen production. Developed by Borsemai, this material features controlled pore size, excellent conductivity, and high corrosion resistance. Perfect for enhancing electrochemical reactions and improving membrane electrode lifespan.

Related Product Features:

Controlled pore size and porosity for optimal performance.
Gradient pore structure enhances water and gas transmission.
Large specific surface area improves reaction efficiency.
Excellent electrical and thermal conductivity for energy transfer.
High temperature resistance and thermal shock resistance ensure durability.
Resistant to medium corrosion for long-term stability.
Weldable and machinable for versatile applications.
Flexible and bendable with low surface roughness.

Perguntas Frequentes:

What is the primary application of the Pure Nickel Felt Asymmetric Gradient Gas Diffusion Layer Material?

It is primarily used in AEM hydrogen production to enhance electrochemical reactions, improve gas and liquid transfer, and increase the lifespan of membrane electrodes.
What are the key advantages of the asymmetric gradient structure?

The asymmetric gradient structure offers excellent water vapor transmission, reduces surface spikes to prevent membrane electrode punctures, and provides flexible adhesion with minimal compression deformation.
How does the Pure Nickel Felt compare to Titanium Powder Felt in terms of specifications?

Both materials share similar thickness and porosity ranges, but Pure Nickel Felt has higher tensile strength and surface density, making it more durable for demanding applications.