0.6 ملم من الفيلت من مسحوق التيتانيوم

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0.6 ملم من الفيلت من مسحوق التيتانيوم

شعير من طين مسحوق

December 24, 2024

Category Connection: طبقة انتشار غازات PEM

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Tags:

#طبقة انتشار غاز خلايا الوقود,مواد طبقة انتشار الغاز,طبقة انتشار الغازات gdl #إنتاج الهيدروجين بالكهرباء,الـ 0.6 ملم,0.6 ملم ورق التيتانيوم المسام #gdl gas diffusion layer

Brief: Discover the 0.6mm porous titanium felt paper, a breakthrough in PEM hydrogen production. Developed by Borsemai with independent intellectual property, this electrolytic hydrogen production Ti felt offers superior performance in water and gas transmission, high conductivity, and corrosion resistance. Ideal for AEM hydrogen production applications.

Related Product Features:

Controlled pore size and porosity for optimized performance.
Gradient pore structure enhances water and gas 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 versatile applications.
Asymmetric gradient structure with superior water vapor transmission.

الأسئلة:

What is the thickness range of the titanium powder felt?

The thickness ranges from 0.15mm to 2.0mm, with a standard option of 0.6mm for electrolytic hydrogen production.
What are the key applications of this porous titanium felt?

It is primarily used in PEM hydrogen production as an anode diffusion layer, facilitating mass transfer of O2 and H2O in high-potential acidic environments.
How does the gradient pore structure benefit hydrogen production?

The gradient pore structure ensures excellent water and gas transmission, reducing concentration polarization and Ohmic polarization in the electrolysis reaction.