Categories | Titanium Anode Mesh |
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Model Number: | HH-ANODE |
Certification: | ISO9001-2015 |
Place of Origin: | China |
MOQ: | 1 square meter |
Payment Terms: | L/C, T/T, Western Union |
Supply Ability: | 1000 ROLLS PER 30 DAYS |
Delivery Time: | within 7 work days |
Packaging Details: | Water-proof, plastic paper, wooden case, pallet |
Name: | Iridium-based MMO Coated Titanium Anode |
Material: | Gr1, Gr2 titanium |
Temperature range: | <60 ℃ |
Apply Current: | <15000A |
Oxygen evolution potential: | <1.45V |
Precious metal content: | 15-40g / m2 |
Coating Thickness: | 15-40g / m2 |
Shape: | plates, tubes, nets, rods, wires, machined parts |
Iridium-based MMO coated titanium anodes are a type of insoluble anode, which are coated with an iridium oxide layer on a titanium substrate using a special process. This coating endows the anode with excellent electrocatalytic activity and conductivity. In electrochemical reactions, based on the classification by gas evolution, iridium-based MMO coated titanium anodes are categorized as oxygen-evolving anodes, suitable for environments where oxygen evolution is desired.
Coating material | IrO2 + Ta2O5 + X |
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Base metal | Gr1, Gr2 titanium |
Temperature range | <60 ℃ |
Apply Current | <15000A |
Oxygen evolution potential | <1.45V |
Fluoride content | <50mg / L |
Precious metal content | 15-40g / m2 |
Coating thickness | 8-15μm |
PH value | 1-12 |
Enhanced life | 300 H-400H |
Titanium anode shapes | plates, tubes, nets, rods, wires, machined parts |
Base Material: Pure titanium in Gr1 or Gr2;
Coating: Iridium tantalum
Coating Thickness 10~40 μm or custom;
Shape: Plate, mesh, rod or custom;
Life span: 2-5 years;
Features of Iridium-Based MMO Coated Titanium Anode Mesh
Lower cell voltage and overpotential;
Stable in performance and dimension;
Strong catalytic activity;
High corrosion resistance;
Long service life;
Tailor-made service is available.
Application of Iridium-Based MMO Coated Titanium Anode Mesh
Seawater Desalination
Electro Chlorination;
Cooling water anti-biofouling;
Electrodialysis;
Seawater electrolysis;
Salt pool chlorinators;
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