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A Grade-1 Ti mesh+PTL is designed for hydrogen electrolyzers. Sintering the titanium mesh and PTL together can improve the stability and diffusion efficiency of the diffusion layer from the source and reduce the energy consumption of electrolysis.

Customizing the parameters of each layer, including mesh thickness, mesh size, and PTL thickness, allows for more precise control of the electrolysis reaction, improved hydrogen production efficiency, and reduced energy consumption while ensuring product stability and durability, thereby gaining more advantages in the electrolysis hydrogen production process.

Products Specifications

Diameter: 100mm

Thickness: 2.5mm

Customized Ti mesh and PTL

Layer: 4 layers

Technique: sintering

Products Features

Optimized Pore Structure: The mesh structure is optimized to provide optimal porosity, which helps achieve efficient gas diffusion and electrolyte flow during the electrolysis process.

Enhanced Durability: Due to its rugged structure and corrosion resistance, the Grade-1Ti mesh+PTL provides long-term durability and reliability in a variety of demanding working conditions.

Customizable Design: The mesh and PTL can be customized according to specific requirements, including size, pore size, and surface treatment to meet the unique needs of hydrogen electrolyzer systems.

Improve gas diffusion efficiency: The sintered structure of the porous plate provides a large amount of pore space, which is conducive to the diffusion of gases during electrolysis, thereby promoting the reaction.

applications

Hydrogen production: Suitable for hydrogen electrolysis, Grade-1 titanium mesh perforated plates play a key role in the efficient and reliable decomposition of water into hydrogen and oxygen.

Electrolysis system: Widely used in electrolysis systems, it is suitable for industries such as energy storage, chemical processing and renewable energy, where the production of high-purity hydrogen is critical.

Fuel cells: As a key component of fuel cell technology, the perforated plate promotes the efficient conversion of hydrogen into electricity for a variety of applications, including transportation and stationary power generation.

Green energy: Contributing to the promotion of green energy initiatives, the perforated plate helps develop sustainable hydrogen production methods and promote a cleaner and more environmentally friendly energy landscape.