Blog

In many electroplating workshops, most attention goes to what happens at the cathode, while the anode is often treated as if it only “provides electricity.”

Titanium anode plates are essential components in modern electrochemical systems, offering high conductivity, strong corrosion resistance, and long service life. With advanced oxide coatings such as R

In the last decade, Ruthenium–Iridium–Titanium (Ru–Ir–Ti) anodes have become a standard choice in China’s electrochemical industry. Engineers value them for their high conductivity and strong resistan

Electrodialysis is a process that combines electrochemical principles with ion-selective diffusion.

During the use of electric water heaters, issues such as water leakage, electric leakage, or reduced water output often occur.

Predicting how long Titanium Anodes will last in service isn’t a single, linear test. In most industrial labs, several different methods are run in parallel, each stressing the anode in a different wa

The coating systems of titanium anode plates mainly include four categories: Ruthenium–Titanium, Ruthenium–Iridium–Titanium, Tantalum–Iridium–Titanium, and Iridium–Tin–Titanium.

Ask anyone who runs a plating line or a water treatment plant, and they’ll tell you the same thing: no two anodes last exactly the same. Some keep going strong for years; others start to lose efficien

Titanium anodes have significant advantages in a variety of harsh environments due to their excellent corrosion resistance, high conductivity and customized design. The following are typical environme

Section 1. Performance advantages of titanium anodes for electroplating 1. Excellent corrosion resistance The titanium matrix and the precious metal oxide coating form a stable composite structure, wh

Section I: Maintenance of titanium anodes for sewage treatment 1. Surface cleaning and descaling Use pure water to rinse the surface of titanium anode regularly to remove residual electrolyte and avoi