Sintered porous titanium plate electrode GDL for PEM electrolysers

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February 24, 2021
Brief: Discover the Micro Sintered Titanium Plate, an advanced electrode for PEM water electrolysis. This sintered porous titanium plate offers exceptional corrosion resistance, high porosity, and uniform gas distribution, making it ideal for wastewater treatment and industrial applications. Learn how this innovative material enhances efficiency and durability in various sectors.
Related Product Features:
  • Made from sintered metal porous materials for superior filtration performance.
  • Exhibits excellent corrosion resistance to nitric acid and most acid/alkali solutions.
  • Non-toxic, high-temperature resistant, and features high strength and porosity.
  • Uniform air permeability and easy to clean for long-term use.
  • Ideal for ozone diffusion in wastewater treatment, improving ozone absorption rates.
  • Used in printing film, organic dye, oil refining, and hospital wastewater treatment.
  • Can also serve as filters, reverse osmosis devices, and medical materials.
  • Available in various shapes including round discs, sheets, tubes, and caps.
FAQs:
  • What are the key benefits of using porous titanium plates in wastewater treatment?
    Porous titanium plates offer high corrosion resistance, improved ozone absorption rates (up to 85%), and a longer lifespan compared to traditional materials like PVC, enhancing efficiency and reducing costs in wastewater treatment.
  • How does the porosity of the titanium plate affect its performance?
    The high porosity (25-45%) and uniform pore distribution ensure even gas diffusion, optimal filtration, and efficient chemical reactions, making it highly effective in applications like ozone treatment and industrial filtration.
  • What industries can benefit from using micro sintered titanium plates?
    Industries such as wastewater treatment, printing, oil refining, healthcare, and aerospace can benefit from these plates due to their durability, corrosion resistance, and versatility in applications like ozone diffusion and filtration.
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