Guangzhou Geemblue Environmental Equipment Co., Ltd.
Specilize in Water Treatment & Disinfection Technology
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Precious metal coated titanium electrode for degrading organic wastewater
Product introduction
This product is mainly used in chlor-alkali industry, functional water production, electroplating industry, and cathodic protection in containers. Chlorine gas separation has low potential, high efficiency, and long service life, which makes it have excellent performance, far exceeding the average compared with similar products.
Product performance description
●chain type nano coating
●first grade pole reverse electrode
●low electric potential for chlorine separation,high electrolytic efficiency
●uniform and sturdy coating
●long service life
Product parameters
| Shape | Barrel mesh welding |
| Size | Bottom Φ180mm, height 480mm |
| Aperture | Positive prism, intercept 8mm |
| Coating ingredient | RuO2+IrO2 (special ratio) |
| Coating thickness | ≥1.0um |
| Production process | pickling, sintering, nano-coating |
| Work equipment | Electrolysis Wastewater Treatment Plant |
Applications
Used to degrade organic wastewater. The components of organic waste water are very complicated, not only the variety heavy metal
ions, but also a variety of organic with complex organic structures, COD may even be as high as 1000mg/L, which has to be treated
by electrolytic treatment, the most effective means for the heavy metal ions treatment in water.
Working principle
Working principle: convert heavy metal ions such as: Fe3+, Cu2+, Cr3+, etc. into precipitates under direct current, Some organic
materials like methylene blue, will undergo oxidation-reduction reactions under the catalysis of the electrode, and will be
decomposed into intermediate products for the next wastewater treatment.
Practical application
The shape, size, coating thickness, aperture size, number of holes, capable electrolytic cell, all can be customized according to Customers’ drawings, and the proportion of germanium is not the same for different applications.