Sintered porous titanium plate for PEM/SPE

PEM/SPE hydrogen production sintered porous titanium plate is a porous titanium plate made of titanium metal powder. It has excellent corrosion resistance and can resist the erosion of various concentrations of nitric / and most /-base solutions. It has the advantages of high temperature, high strength, high porosity, uniform air permeability, and easy cleaning.

PEM/SPE hydrogen production sintered porous titanium plate is made of pure titanium powder raw material through high temperature sintering. The pores are uniform, the porosity is high, and it has good air permeability and hydrophobic properties. It is widely used in the hydrogen energy industry, especially in the hydrogen production by water electrolysis. The porous titanium plate is used in the anode gas transport layer, which can be coated with platinum group metals to enhance its catalytic performance and electrochemical stability.

PEM/SPE electrolytic cell high electrolytic rate diffusion layer titanium foam porous titanium plate can be reused, because of its flat surface, precise pores and moderate porosity, it is more used in corrosion-resistant environments and can also withstand high temperatures, such as Around 300 degrees.

Product parameters

Product name: PEM/SPE hydrogen production sintered porous titanium plate

Material: Gr1

Specification Diameter: 3.2-300 mm Thickness: 0.5-10mm

Filtration accuracy: 0.5un-50um

Performances: Alkali resistance, waterproofness, high temperature resistance, anti-static, and / resistance are some of the features.

Place of Origin: China

Applicable fields: Pharmaceutical industry, water treatment industry, food industry, bioengineering, chemical industry, petroleum, chemical industry, metallurgical industry and gas purification

Features

1. Corrosion resistance, resistant to / and alkali of various general concentrations, can be used normally in / and alkali environment, performance is not affected, non-toxic and harmless.

2. High temperature resistance, it can be used normally in a high temperature environment such as about 300 degrees without changing its properties.

3. Reusable type, after use, it can be disassembled from the equipment, cleaned, washed with water, or rinsed with chemical reagents to achieve a clean effect, and then reused again.

Other applications of the product

1. Gas and Liquid Filtration

2. Solid catalyst recovery

3. High temperature gas purification and filtration

4. Gas sampling

5. Flame retardant and explosion-proof

6. Noise reduction

7. Fluidization

8. Aeration

9. Gas damping

10. Current limiting and steady current