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December 24, 2024

Category Connection: Titânio poroso

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Tags:

#Titânio aglomerado #Ti feltro #Material de camada de difusão de gás

Brief: Discover the Porous Titanium Metal Fiber Felt, a cutting-edge PEM electrolytic cell gas diffusion layer material developed by Borsemai. This high-performance material features controlled pore size, excellent conductivity, and corrosion resistance, making it ideal for PEM hydrogen production. Learn about its specifications, advantages, and applications in this detailed overview.

Related Product Features:

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

Perguntas Frequentes:

What is the primary application of the Porous Titanium Metal Fiber Felt?

It is primarily used as the anode diffusion layer in PEM hydrogen production, facilitating mass transfer of O2 and H2O in high-potential acidic environments.
What are the key advantages of using this material in PEM electrolytic cells?

The material reduces contact resistance, prevents membrane electrode puncturing, and offers excellent water and gas transmission performance, enhancing the lifespan and efficiency of the electrolytic cell.
How does the gradient pore structure benefit the gas diffusion layer?

The gradient pore structure ensures efficient diffusion and transfer of water and gases, while maintaining good conductivity to reduce Ohmic polarization in the electrolysis reaction.