Hydrogen fuel cell gas diffusion layer titanium mat titanium sintered mat

The Hydrogen fuel cell gas diffusion layer titanium mat titanium sintered mat made in China from Vet Energy, which is one of the manufacturers and suppliers in China. Buy Hydrogen fuel cell gas diffusion layer titanium mat titanium sintered mat with low price from our factory. We have our own brands and we also support bulk. If you are interested in our products, we will give you the cheap price. Welcome to buy discount product which is newest and high-quality from us.

Fuel cell gas diffusion layer titanium mat Titanium sintered mat is a kind of titanium fiber sintered mat with high porosity and gradient pore size. The titanium fiber is made into micron fiber by special process. The titanium fiber is paved and sintered to make porous material. Its unique three-dimensional network fiber and fully connected pore structure make it have a series of special functions. In hydrogen production applications, titanium felt has the best electrolytic performance, the most suitable pore size, the best air permeability and porosity under the condition of atmospheric pressure 60℃. The test data show that compared with titanium paper and titanium plate, titanium felt has the smallest overpotential caused by the smallest ohmic resistance, thus reducing energy consumption and improving electrolytic performance. Moreover, the voltage of titanium felt is lower than that of carbon paper and sintered titanium plate, indicating that titanium felt has better electrolytic performance, and the titanium felt has high porosity and large pore size, which is conducive to gas emission.

[Application of titanium fiber felt]

1. Field of electrolytic water hydrogen production;

2.PEM cell diffusion layer;

3. Hydrogen fuel;

4. Hydrogen suction machine, hydrogen-rich water dispenser, hydrogen-rich cup;

Thickness: 0.25mm, 0.4mm, 0.6mm, 0.8mm, 1.0mm, 2.0mm,3.0mm, etc

Size: 1500*1200mm (customizable)

Porosity: 55-75%

Features: small resistance, strong binding force, stable electrolytic performance, low energy consumption, good uniformity, high porosity.