1. Metal oxide coated titanium anodes (MMO coated titanium anodes) should be installed under suitable electrolytic conditions.

2. Avoid grease contamination of the titanium anode coating.

3. The surface of the coated titanium electrode is very easy to be scratched. It cannot be rubbed or knocked with hard objects, polished with wire brushes or sandpaper, or cleaned with high-pressure water spray.

4. When the titanium anode is removed from the electrolytic cell, it should be rinsed with water immediately to prevent corrosion.

5. Titanium anodes that need to be stored for a long time should be carefully packed with inflatable plastic packaging materials to avoid scratches on the coating surface or dust.

6. A distance of 5-20cm should always be maintained between electrodes. An accidental short circuit between the cathode and anode of the titanium anode can cause irreversible damage to the titanium anode coating and can also damage the titanium substrate. In the event of a severe short circuit, the titanium anode can be completely destroyed.

7. The titanium anode must be in working condition as long as it is immersed in or in direct contact with the electrolyte. If the titanium anode is not energized, a low positive voltage (residual voltage) can be applied to the titanium anode. This requires only 2V to be applied between the anode and cathode, without using a power supply and a big current.

8. Impurities such as lead, iron and barium in the electrolyte should be tracked. This will not generate a large amount of anode deposits. Anode deposits can clog the titanium anode surface and cause uneven distribution of anode current.

9. Organic additives are added to the electrolyte, and different additives will have different effects on the life of the titanium anode.

10. Removal of Titanium Anode Surface Deposits.