A new material titanyum keçe with a diameter of micrometers. It is made of metal titanium fiber by laying and sintering at high temperature.
Titanium fiber felt has a three-dimensional network porous structure. Porosity and hole diameter are adjustable. Finally, it will obtain the best electrolytic performance during the electrolysis process.
In the process of water electrolysis, it has unique properties such as low resistance and low voltage. It is a new generation of high-efficiency metal filter material that is very suitable for use in high temperature and corrosive environments.
As a metal fiber felt — titanium felt. It has the characteristics of uniform pore size distribution, good permeability, corrosion resistance and high temperature resistance.
Metal fiber felt – Titanium Felt
With the development of new energy sources, hydrogen production is particularly important. At present, hydrogen production including four processes and technologies.
Hydrogen production Electrolysis of water and Hydrogen production Fossil fuels;
Hydrogen production from industrial by-products and Hydrogen production from biomass.
In polymer electrolyte membrane fuel cells (PEM fuel cells) Titanium felt a new type of material with a three-dimensional network structure high porosity and high current density. As the anode material of the gas diffusion layer. The material must have the characteristics of high porosity and high corrosion resistance.
As for hydrogen production applications, titanium has not only the best electrolysis performance, the most suitable pore size, also the best air permeability and porosity at a normal pressure of 60 degrees Celsius.
In daily life, titanium felt for hydrogen production is suitable in hydrogen rich machines and hydrogen rich cups. In industry, it is feat as the anode material of the liquid/gas diffusion layer for the electrolysis of water to produce hydrogen. Therefore, titanium plays an important role in the hydrogen production process.
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