Porosity 50%-80% Platinized Titanium Fiber Felt For Hydrogen Humidifier
Porosity 50%-80% Platinized Titanium Fiber Felt For Hydrogen Humidifier

Porosity 50%-80% Platinized Titanium Fiber Felt For Hydrogen Humidifier

metal material

Model Number:

Work pressure : 21bar ~ 210bar

Material : Titanium

Thickness : Customized

Dimension : Customized

Porosity : 50% - 80%

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Product Details

Porosity 50%-80% platinized titanium fiber felt for hydrogen humidifier is a high-performance material used in various applications, particularly in the field of hydrogen technology. This innovative material is characterized by its unique properties, which make it an ideal choice for humidifiers that utilize hydrogen as a source of moisture.


There are some key data and specification about this product:

- Work pressure : 21bar ~ 210bar

- Material : Titanium

- Thickness : Customized

- Dimension : Customized

- Porosity : 50% - 80%

- Filter precision : 0.01-1000μm

- Filter rating : 99%

- Condition : New

- Place of origin : Henan, China


Porosity is a critical aspect of the platinized titanium fiber felt, as it directly influences its performance in hydrogen humidifiers. Porosity refers to the void spaces or pores within a material, which allow for the passage of fluids or gases. In the case of this specific fiber felt, the porosity ranges from 50% to 80%, striking an optimal balance between the material's structural integrity and its ability to facilitate the passage of hydrogen.


The primary component of porosity 50%-80% platinized titanium fiber felt is, of course, titanium. Titanium is a versatile and corrosion-resistant metal that offers excellent mechanical properties, making it suitable for a wide range of applications. In this case, it is used to create a fine fiber felt matrix, which provides an extensive surface area for the absorption and release of hydrogen.


One of the most significant advantages of porosity 50%-80% platinized titanium fiber felt is its high surface area, which enables efficient hydrogen absorption and desorption. This feature is crucial in hydrogen humidifiers, as it allows for the effective transfer of hydrogen from the gas phase to the liquid phase, ultimately increasing the overall efficiency of the humidification process.


Another notable property of this material is its platinized surface. The platinization process involves the deposition of a thin layer of platinum onto the surface of the titanium fiber felt. This layer of platinum serves as a catalyst, promoting the absorption and desorption of hydrogen by reducing the energy required for the process. As a result, the Platinized Titanium Fiber Felt exhibits improved performance and durability in hydrogen humidifier applications.


The porosity 50%-80% platinized titanium fiber felt also exhibits excellent thermal stability, making it suitable for use in a variety of temperature conditions. This thermal stability ensures that the material maintains its structural integrity and performance characteristics even when exposed to extreme temperatures, further enhancing its suitability for hydrogen humidifier applications.


In addition to its impressive thermal stability, this fiber felt also displays exceptional chemical resistance. The corrosion-resistant properties of titanium, combined with the inert nature of the platinized surface, make the material resistant to various chemicals and corrosive environments. This chemical resistance ensures that the porosity 50%-80% platinized titanium fiber felt maintains its performance over an extended period, even when exposed to harsh chemicals or corrosive conditions.


Applications of porosity 50%-80% platinized titanium fiber felt for hydrogen humidifier extend beyond hydrogen humidification and into other industries. Its unique properties make it suitable for use in fuel cells, where it can facilitate the efficient transfer of hydrogen and other gases. Additionally, it can be employed in various separation processes, such as gas and liquid filtration, due to its high porosity and extensive surface area.


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