Shaanxi Elade New Material Technology Co.,Ltd is one of the leading manufacturer in China for coated titanium electrodes, and with professional factory we are able to provide you most competitive products with high performance.
Cyclone/ Vortex electrowinning technology was developed in Elade since 1999, especially suitable for low concentration solution and complex composition of the solution separation and purification in the metallurgical industry, as well as the electrically separate the heavy metal ions in waste water.
Cyclone/ Vortex electrowinning technology is an effective method for the separation and purification of metals. The conventional chloride electrowinning itself has insurmountable shortcomings in production, since the chlorine evolution happens on the anode in electrowinning production, a lot of manpower and resources is cost for safety, but there are still some overflow into the work site, and the result is ineffective. Swirl electrolysis can solve this problem excellently, it not only effectively prevent pollution, but also increase the efficiency of electrodeposition.
This technology currently used in various aspects, such as copper, zinc, nickel, cobalt, lead, gold, silver, precious metals and waste water treatment. Its outstanding advantages are as follows:
(1) Portable or module assembly;
(2) Wide applications;
(3) Closed circuit cycle, no harmful gas emissions;
(4) Selective electrodeposition of metals;
(5) High current density and efficiency of the circuit;
(6) Efficient, high-purity electrolytic extraction for lean solution.
The dimension stable anode for Cyclone/ Vortex electrowinning provided by our company, the biggest advantage is dimensional stable, long life, good corrosion resistance, abrasion resistance, and can be repeatedly re-coating service; the anode potential can be adjusted within a certain range according to customer requirements.
Applications:
Elade Coated Titanium Anodes are a sustainable, cost-effective alternative to conventional lead anodes in electrowinning (EW) operations for copper, zinc, nickel, and cobalt production.
Advantages:
1. Enables significant energy savings-low cell voltage cuts cell energy consumption by up to 15%.
2. Improves sustainability and health and safety by eliminating the need for cleaning of lead sludge from cells.
3. Reduces operational costs by eliminating cobalt sulfate addition to electrolyte.
4. Improves cathode quality by eliminating lead from electrolyte circulation.
