Titanium Anode

The superior performance of titanium anode

1. Anode dimensionally stable, Why do not the process of changing the distance between the electrodes can ensure a stable cell voltage electrolysis operation in the circumstances.

2. Operating voltage is low, so power consumption is small, can save power consumption, DC consumption can be reduced by 10% ~ 20%.

3. Titanium anode working life is long, diaphragm production of chlorine industry, resistant to chlorine and alkali metal anode corrosion, anode life expectancy has reached more than 6 years, while the graphite anode was only 8 months.

4. Can be overcome and lead anode graphite anode dissolution, thereby preventing the liquid and the cathode to the point solution product of pollution, thus improving metal product purity.

5. Can improve current density. Work at high current density under the electrolysis, the use of titanium anodes more appropriate.

6. Chlor-alkali production, the use of titanium anode, the product of high quality, high purity chlorine, non-CO2, high concentrations of alkali and save energy consumption.

7. High corrosion resistance can be strong in many corrosive, but also the special requirements of the electrolysis media work.

8. To prevent deformation of lead anode short-circuit problems, which can improve current efficiency.

9. Titanium anode, light weight, reduce labor intensity.

10. Metal anode, chlorate electrolyzer high temperature, high current density operation is possible.

11. Low-overpotential characteristics of the surface between the electrodes and the electrodes to exclude air bubbles easily, the metal anodes important reason for lower cell voltage.

Usage:

Titanium anode is mainly used in electrochemistry and electrocatalysis of metallurgical two industrial sectors. The use of metal anode electrolytic industries: chlor-alkali industry, alumina production, water electrolysis, hospital sewage treatment, domestic water and food utensils disinfection, industrial water treatment, steel chrome-plated zinc, ruthenium, electrodialysis desalination of seawater battery production, cathodic protection, titanium based metal-oxide coatings. Applications involving chemical industry, metallurgy, water treatment, environmental protection, electroplating, electrolysis in organic synthesis and other industries.