TJNE - Electrodeposited Titanium Electrode for Cobalt Electroplating

Product Overview: Precious metal-coated titanium anode is composed of mixed metal oxides (Ir, Ru, Ta, etc. oxides).
Product features: It can be used stably in chlorination and sulfuric acid systems, has a long service life, and can significantly reduce cell voltage during the electrowinning reaction.
Product advantages: After the surface active layer fails, it can be recoated, and the titanium matrix can be reused.
Application conditions: F-＜20ppm, Cl-＜50ppm, Ca＜50ppm, Mg＜50ppm, Mn＜1ppm, oil content＜3ppm, H2O2＜1ppm.
Application fields: Nickel chloride electrolysis, nickel sulfate electrolysis, cobalt chloride electrolysis, cobalt sulfate electrolysis, copper recovery from etching solution.

The electrodeposited titanium electrode for cobalt is a specialized product designed for various cobalt electroplating applications. The electrodeposited titanium electrode offers superior performance as an anode for cobalt electroplating processes. It consists of a high-purity titanium substrate bar or plate with a specially fabricated porous titanium coating. This coating is applied using a proprietary fabrication method to create a uniform, high surface area structure optimized for electroplating. 

The titanium electrode provides excellent conductivity, activation efficiency, and dimensional stability in cobalt plating baths for optimal plating speed and uniformity. It is configured as durable plates or mesh baskets to suit the plating tank design and can be periodically reactivated to restore optimal performance. Compared to graphite and cobalt-based anodes, the electrodeposited titanium electrode facilitates faster, more efficient cobalt plating while minimizing power consumption and bath contamination.

• High-quality electroplated titanium material

• Efficient cobalt electroplating

• Excellent chemical and reaction properties

• Reliable performance