The uniform and fine pore size of porous titanium plates enables more effective generation of bubbles in the electrolytic cell compared to conventional electrode plates. This characteristic enhances hydrogen production efficiency and overall electrolysis effectiveness.

Porous titanium sheets are an appealing choice for use as the porous transport layer (PTL) in polymer electrolyte membrane (PEM) water electrolyzers. Nonetheless, titanium passivation leads to an increase in surface contact resistance, which can degrade the performance of the electrolyzer. To maintain consistent performance levels over extended periods, PTLs are typically coated with significant quantities of platinum or gold.

Products Specifications

Material: porous Titanium plate
Coating: Platinum
Size: 100mm*100mm*0.5mm
Coating thickness: 2 microns
Filtration accuracy: 20um
Technique: Brushing

Products Features

2 microns platinum coated porous titanium plate for electrolyzer 2

1. Superior Catalytic Performance

- Platinum (Pt) coating provides unmatched catalytic activity, ideal for hydrogen evolution, oxygen reduction reactions (ORR), and chemical synthesis.
- Enhances reaction rates while minimizing energy consumption.

2 microns platinum coated porous titanium plate for electrolyzer 3

2. Robust Durability

- Titanium substrate ensures exceptional corrosion resistance in acidic, alkaline, and high-temperature environments.
- Long-lasting stability under extreme operational conditions.

2 microns platinum coated porous titanium plate for electrolyzer

3. Optimized Porosity

- Uniform pore structure maximizes surface area for efficient mass transfer and filtration.
- Ideal for gas diffusion electrodes, fuel cells, and electrochemical reactors.

2 microns platinum coated porous titanium plate for electrolyzer 4

4. Lightweight & High Strength

- Titanium's strength-to-weight ratio reduces system bulk without compromising structural integrity.

applications

Energy & Fuel Cells: Electrodes for PEM fuel cells, water electrolyzers, and hydrogen production.
Chemical Processing: Catalytic reactors, gas/liquid filtration systems, and corrosion-resistant components.
Environmental Engineering: Wastewater treatment, air purification, and catalytic converters.
Medical & Aerospace: Biocompatible sensors, implantable devices, and lightweight aerospace components.