Cathodic protection of titanium anode
Cathodic protection of titanium anode; Titanium electrode for wastewater treatment; Electroplated titanium electrode; Electrodeposition titanium electrode; Platinum-plated titanium electrode titanium anode for chlor-alkali industry
Cathodic protection of titanium anode details
| mmo coated titanium anodeh | |
| Material | Gr1 Titanium as substrate, RU-IR IR-TA as coating |
| Technology | Electroplate |
| Dimension & Shape | Different dimension and shape are available, process according to customized design/ drawing |
| Coating Thickness | 8-12um |
| Working Parameter | 1)Current density<2000A/M2 |
| 2)Temperature<85°C | |
| 3)Electrolyte:H2SO4 or HNO3, Neutral | |
| 4)PH 0.1~14 | |
| 5)Max content of Fluoride ion is 200PPM | |
| 6)Homogenous degree: >=85% | |
| 7)Oxygen-liberated potential <=1.8V | |
| Price | Price will be charged according to quantity and detailed requirement |
| Features | 1) Insoluble anode, Stable dimension, |
| 2) Stable distance of the anode & cathode, Stable cell voltage | |
| 3) Low working voltage, save power/electricity | |
| 4) High purity of the electroposited material | |
| 5) No pollution of the cell | |
| 6) Light weight | |
| 7) The titanium material is recyclable | |
| 8) High property of current efficiency & catalysis | |
| 9) Long working life | |
| Applications | Cathodic protection , Electrosynthesis, Chlorate perchlorate production , etc |
| Lead time | 1-15days or confirm according to order quantity |
| Packing | Plastic or paper as inside,plywood case or carton as outside, or according to client's demand |
| MOQ | MOQ flexible,small sample will be acceptable |
The functions of the metal oxide coating on the titanium anode are: low resistivity, good conductivity (titanium itself has poor conductivity), stable chemical composition of the noble metal coating, stable crystal structure, stable electrode size, and corrosion resistance Good, long life, good electrocatalytic performance, conducive to reducing the overpotential of oxygen evolution and chlorine evolution reactions, and saving electric energy.
