0.1mm thin titanium porous transfer layer

The ultra-thin titanium porous transfer layer, based on Grade 1 titanium, stands as one of the thinnest products available in the market suitable for utilization as the anode diffusion media in standard PEM electrolyzers. In traditional PEM electrolyzers, metallic or titanium-based electrodes are predominantly employed on the oxygen (anode) side as the flow field or diffusion material. It is crucial for these products to exhibit superior mass transport capabilities and occupy minimal space, requirements that this porous transfer layer fulfills admirably.

Given that carbon-based gas diffusion layers (GDLs) cannot be utilized at the anode in electrolyzer hardware due to immediate oxidation leading to CO2 (in acidic mediums) or carbonate ions (in basic mediums), the titanium porous transfer layer emerges as an optimal diffusion medium. Additionally, this layer facilitates electrical contact between the anode catalyst layer and the bipolar plate or current collector component at the anode.

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Products Specifications

Material: GR1 pure titanium powder
Pore size: 10um
Porosity: about 50%
Size: 100*100*0.1mm
Technique: Sintering

Advantages of Ultra-thin Porous Titanium Sheets

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1. Enhanced Efficiency: The thin nature of these sheets allows for rapid mass transport of gases, optimizing the electrolysis process and promoting efficient gas generation.

2. Improved Resistance: These sheets exhibit superior resistance to bending and cracking, ensuring durability and longevity in demanding electrolysis applications.

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3. Tailored Catalyst Coating: With the ability to be coated with various catalysts like platinum, these sheets can enhance conductivity and corrosion resistance, crucial for high-performance electrolysis operations.

4. High Surface Area: The porous nature of these titanium sheets provides a high surface area, promoting better contact between electrolytes and electrodes, which is beneficial for efficient electrolysis reactions.

Application

1. On-site Gas Generation: This product can be used to generate hydrogen by electrolysis of water. Through electrolysis of water, water molecules are decomposed into hydrogen and oxygen, and the Ultra-thin Titanium Porous Transfer Layer plays a key role as an ideal diffusion medium in this process.

2. Mega Stacks: In situations where large-scale hydrogen generation is required, such as industrial production or energy storage systems, this product can be used as an efficient hydrogen generation medium to help optimize the performance of stacked electrolyzers.

3. High-performance electrolysis: For applications that require high-performance electrolysis processes, Ultra-thin Titanium Porous Transfer Layer can be used in combination with thin and compatible membranes to provide superior performance and efficiency, especially in hydrogen generation that requires precise control.

4. Hydrogen Fuel Cells: In hydrogen fuel cells, this product can serve as a medium for the generation and delivery of hydrogen, helping to improve the efficiency and stability of the fuel cell system.

5. Hydrogen Storage and Distribution System: Ultra-thin Titanium Porous Transfer Layer can also play a role in hydrogen storage and distribution systems, helping to ensure efficient generation and delivery of hydrogen.