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Titanium Anode Mesh 10PCS/5SET with MMO Ruthenium-Iridium Coating and Cathode Electrolytic Plate Without Coating for Swimming Pool Cleaning or Chlorine Production

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$199.90

$ 90 .99 $90.99

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  • Composition: The electrolytic plate is made of DSA type electrode, anode plated with mmo precious metal oxide electrocatalytic coating, and industrial pure titanium cathode plate, which is welded with precise welding technology to make the electrode set. It can be used in salt water, tap water, sea water and other environments.
  • Advantages of titanium electrode plate: Titanium mesh is a titanium plating material, using industrial pure titanium as the substrate, with Dimensional stability, good electrical conductivity and high corrosion resistance. And the substrate can be recycled and recoated with MMO for reuse.
  • Characteristics of ruthenium-iridium coating: The surface of titanium anode is coated with ruthenium-iridium by a special process, which has good electrocatalytic performance and resistance to electrolytic oxidation, and can produce better electrolytic reaction than other electrodes, which can provide better conversion efficiency. And has the characteristics of high melting point, high strength and stable electrothermal properties.
  • Applications: Water treatment for chlor-alkali industry, chlorine production, electrolytic production of sodium hypochlorite, sewage treatment and swimming pool cleaning.
  • Size: the effective area is 200*60*1mm with titanium terminal, same as the picture.


Necessary details

  • Effective area of electrode plate is 200mm*60mm
  • With welding screw M6*1mm
  • Thickness is 1mm
  • Our minimum tolerance range is based on international norms and is typically ±0.002 mm.

The advantage of our titanium electrode is that it improves the grain size denseness, solves the bonding force between the substrate and the precious metal coating, and can effectively improve the ruthenium-iridium coating off. The electrolyte does not penetrate easily and the overpotential is low so that the anode does not passivate easily, which can effectively extend the service life of the titanium anode.

  • Improves the grain size denseness
  • Solved the problem of bonding between the substrate and the precious metal coating
  • Effectively improve the ruthenium-iridium coating off
  • The electrolyte does not penetrate easily
  • The overpotential is low so that the anode does not passivate easily