| Item name: | PbO2 coated titanium electrode for waste water treatment |
|---|---|
| Substrate: | Pure titanium Gr1, Gr2 |
| Shape: | Mesh |
| Size: | As per client's design |
| Technique: | Electroplating |
| electric potential: | 1.70V |
| Application: | Waste water treatment |
Quick Details
Specifications
PbO2 coated titanium electrode for waste water treatment
3 Size: 600*500*2.0mm (different dimension and shape are available to us)
4 Working Parameters: Current density≤3000A/M2
2). Chromate Treatment;
3). To make chromic acid; Perchlorate and Periodate;
4). Electrochemical oxidation synthetic organic compounds in acid solution;
5). Electrolysis recovery and extraction of nonferrous metals in stronger in stronger acid solution;
6). Sewage Treatment
6 Advantages:
1) High anti-corrosion property 2) High catalytic property
3) High current efficiency property 4) Keep the operating voltage stably
5) High property of current efficiency 6) Decrease the wastage of additive
7) Keep the plating solution stable 8) Long lifetime
9) Different complex geometry design
7 Attentions:
1) Low-power current should be galvanized when the anode in the electrolyte
2) No collision 3) No heating 4) Can’t be used as cathode
1 Base material: Gr1 titanium mesh sheet as substrate
2 MMO Coating: lead oxide (PbO2) as coating (8~12um) 3 Size: 600*500*2.0mm (different dimension and shape are available to us)
4 Working Parameters: Current density≤3000A/M2
Temperature<60°C
Max content of Fluoride ion is 200PPM
5 Applications:
1). Chromium plating and hard Chromium plating in stronger acid solution;2). Chromate Treatment;
3). To make chromic acid; Perchlorate and Periodate;
4). Electrochemical oxidation synthetic organic compounds in acid solution;
5). Electrolysis recovery and extraction of nonferrous metals in stronger in stronger acid solution;
6). Sewage Treatment
6 Advantages:
1) High anti-corrosion property 2) High catalytic property
3) High current efficiency property 4) Keep the operating voltage stably
5) High property of current efficiency 6) Decrease the wastage of additive
7) Keep the plating solution stable 8) Long lifetime
9) Different complex geometry design
7 Attentions:
1) Low-power current should be galvanized when the anode in the electrolyte
2) No collision 3) No heating 4) Can’t be used as cathode

