Color | Gray |
Product name:Porous titanium disk for hydrogen production electrolyzer
Titanium sintered porous plate is also called metal powder sintered porous powder metallurgy, microporous filter materials.
It is formed by srical and irregular shape of metal or alloy powder using powder metallurgy technology through mixing, pressing, sintering main links such as production of new depth separation, fine filter /font>
The Features Of Porous titanium disk for hydrogen production electrolyzer
1. This kind of materials with different pore size and filtration precision (0.2 um to 80 um), channel, high separation efficiency.
2. High temperature resistance, resistance to thermal shock. Apply to - 200-1000 â temperature range.
3. A variety of acid, alkali corrosion is suitable for the corrosive medium, such as the depth of the? ? ? ?separation and fine filtration.
4. The Titanium Porous Sintered Plate has certain characteristics of metals or alloys. Can absorb energy, sound, heat resistance, shockproof, buffer, heat conduction and conductive, high strength, good toughness suitable knife in high pressure environment, weldability and simple mechanical processing, and is convenient for loading and unloading.
5. Hole stability, uniform distribution, guarantee the stability of filtering performance regeneration performance is good, filtration performance recovery more than 90% after regeneration.
Application Of Titanium Porpus Sintered Plate
Petroleum, chemical industry, metallurgy, aviation, electronics, electric power, rmaceutical, environmental protection, atomic and nuclear work.Industry, natural gas, refractory materials, fire equipment in the field of solid liquid, gas solid, gas and liquid separation and purification.
Product details:
Smooth and burr-free edges, glossy surface
Normal metallic grey finish, breathable sheet, matt finish, flat
Porous titanium disk for hydrogen production electrolyzerIt is mainly used in the hydrogen energy electrolyzer industry. As one of the accessories in the electrolyzer, it is a good diffusion electrode material due to its good air permeability.