Titanium anode for electrical metallurgy
发布时间：2019-06-14
Titanium anode for electrical metallurgy
Electrometallurgical metallurgy occupies a large proportion in the wet metallurgical industry. Non-ferrous metals produced using electrolytic metallurgy include Zn, Cd, Cu, Mn, Co, Ni, and Cr. In recent years, coating titanium electrodes have been widely used in the field of electrolytic extraction of metals, and it has become the second industrial field to use titanium anodes on a lascale.
Electrometallurgical metallurgy occupies a large proportion in the wet metallurgical industry. Non-ferrous metals produced using electrolytic metallurgy include Zn, Cd, Cu, Mn, Co, Ni, and Cr. In recent years, coating titanium electrodes have been widely used in the field of electrolytic extraction of metals, and it has become the second industrial field to use titanium anodes on a lascale.
Electrometallurgical metallurgy has the advantage of being highly selective, obtaining high-purity metals and recovering useful metals. Therefore, it can deal with low-grade minerals and complex multi-metal minerals, which is conducive to the comprehensive utilization of resources. Copper extraction is a typical example. Due to the depletion of high-quality copper resources, low-grade copper smelting is valued, and electrolysis extraction is generally used. In addition, the pollution of the environment is relatively small, and production is more likely to be continuous and automated, but the disadvantage is higher energy consumption. Energy conservation is a very important subject in electrolytic metallurgy. The greatest difficulty in electrolyzing metal extraction is the choice of suitable anode materials.
The anode produced by our company is stable, corrosion resistant and can be used for a long time. It has good electrocatalytic activity to the anode process and can reduce the over potential and trough voltage of the anode reaction.
