MMO anodes are composed of a titanium substrate coated with a mixed-metal-oxide catalyst. Because the titanium substrate is naturally passivated by an oxidizing film, the anode remains dimensionally stable over time. Direct current transfer is accomplished through the mixed-metal-oxide catalyst, which is highly conductive, and fully oxidized so that the higher current outputs are possible.
Classification | Anode shape | Coating | Working Current | Temperature |
Ru-Ir anode | Plate,Tube,Mesh,Rode | Ruthenium Oxide | <5000A/sq m | |
Ir-Ta anode | Plate,Tube,Mesh,Rode | Iridium Oxide | <5000A/sq m | <80℃ |
Ti-Pt anode | Plate,Tube,Mesh,Rode | Platinum | <5000A/sq m | <80℃ |
Advantages
1. The anode size is stable and cell voltage stability.
2. Long working life.
3. Save energy for 20%.
4. Improve production efficiency.
5. Strong corrosion resistance.
6. Improve product purity.
7. Light weight.
Application
1. Electroplating.
2. Electrolytic copper.
3. Electrolytic copper sulfate.
4. Hypochlorite generator for swimming pool.
5. Sea water antifouling.
6. Cathode Protection.