0.1mm Ultra-thin Porous Titanium Plate For PEM Electrolyzer

Product Details

0.1mm Ultra-thin Porous Titanium Plate For PEM Electrolyzer

TOPTITECH launches 0.1mm Ultra-thin Porous Titanium Plate For PEM Electrolyzer! In the current market, the thinnest porous titanium plate used for PEM electrolyzers is only capable of reaching 0.25mm. However, TOPTITECH has developed an ultra-thin plate with a thickness of just 0.1mm, marking a significant breakthrough. This innovation revolutionizes the performance and efficiency of PEM electrolyzers.

The 0.1mm ultra-thin porous titanium plate by TOPTITECH offers remarkable advantages. This ultra-thin product not only boasts precise thickness but also implies smaller dimensions and weight, opening up new possibilities for PEM electrolyzers and providing them with enhanced flexibility and adaptability. This innovative product enables higher hydrogen generation rates, lower electrolyzer voltage losses, and increased energy conversion efficiency. Whether in research institutions or industrial applications, TOPTITECH's ultra-thin porous titanium plate will bring about groundbreaking progress and a significant competitive advantage to projects.

Specifications

Material: GR1 pure titanium powder

Thickness: 0.1mm

Pore size: 5um

Porosity: about 60%

Size: Customized

Technique: Sintering

Features

Unprecedented 0.1mm Thickness: Being the world's first supplier to develop a titanium plate with a thickness of only 0.1mm, TOPTITECH's product sets a new standard in the industry. Its ultra-thin design allows for more compact and lightweight PEM electrolyzer systems.

Enhanced Performance: The ultra-thin porous titanium plate enables higher hydrogen generation rates, leading to improved overall performance of PEM electrolyzers. It facilitates efficient electrolysis processes, resulting in increased productivity and energy conversion efficiency.

Lower Voltage Drop: Compared to thicker porous titanium plates, TOPTITECH's ultra-thin plate exhibits reduced voltage drop across the electrolyzer. This characteristic contributes to lower energy consumption, making the PEM electrolyzer more energy-efficient.

Greater Flexibility and Adaptability: The ultra-thin nature of the titanium plate offers greater flexibility and adaptability in designing and integrating the PEM electrolyzer into various applications. It allows for easier customization and implementation, catering to specific requirements and space limitations.

Superior Mechanical Properties: Despite its thinness, TOPTITECH's ultra-thin porous titanium plate maintains excellent mechanical strength, including improved resistance to bending and cracking. This durability ensures a longer lifespan and reduced maintenance costs for PEM electrolyzer systems.

Revolutionary Progress: The introduction of the 0.1mm ultra-thin porous titanium plate marks a significant breakthrough in the PEM electrolyzer industry. It opens up new possibilities for the design and optimization of electrolyzer systems, enabling advancements in clean hydrogen production.

Applications

Hydrogen Energy Production: PEM electrolyzers play a crucial role in hydrogen energy production. The ultra-thin porous titanium plate is a critical component used to fabricate the anode and cathode electrodes in the electrolyzer. Its highly porous structure provides a large surface area, facilitating efficient electrolytic reactions and enabling high-quality hydrogen gas production.

Fuel Cells: The 0.1mm ultra-thin porous titanium plate serves as an electrode material in fuel cells, enabling the chemical reactions that generate electricity from hydrogen and oxygen. Its thinness ensures optimal performance, longevity, and efficient energy conversion in fuel cell applications.

Renewable Energy Storage: PEM electrolyzers can convert renewable energy sources such as solar and wind power into stored hydrogen gas. The ultra-thin porous titanium plate, as a vital component of the electrolyzer, enables efficient electrolysis and rapid response time, ensuring the stored hydrogen gas is readily available for fuel cells or other hydrogen-dependent devices.

Water Treatment: Utilized in water treatment processes, this ultra-thin porous titanium plate enables the generation of hydrogen peroxide or ozone through electrochemical reactions. These byproducts are effective disinfectants and oxidants for water treatment, ensuring efficient and safe water purification.

Environmental Protection and Emission Reduction: PEM electrolyzers employ water as the sole input and only produce water and pure hydrogen gas during the electrolysis process. Electrolyzers manufactured using the ultra-thin porous titanium plate exhibit efficient electrolytic reactions and response times, helping reduce the reliance on fossil fuels and minimize the emissions of harmful gases like carbon dioxide. This contributes positively to environmental protection and emission reduction efforts.