Blog

Titanium cathode plates for copper recovery from etching solutions are mainly applied in industries that generate a large amount of spent etching solu

The processing quality of titanium cathode plates is crucial to their performance and service life, requiring strict control over each link from mater

The material selection of titanium cathode plates directly determines their service life, performance stability, and copper recovery efficiency in the

Titanium cathode plates are core components in the electrolytic copper recovery process from spent etching solutions, which are widely generated in in

Uniform Anode Dissolution: The open mesh design facilitates free flow of the plating solution, ensuring the anode material dissolves evenly. This prev

surface treatment and inspection. The surface of the processed lead anode plate is cleaned and passivated to form a uniform passive film, further enha

Lead anode plates are essential insoluble anodes in the copper electrolytic refining process, playing a critical role in ensuring stable electrolysis

Leading enterprises such as Jiangxi Copper and Yunnan Chihong Zinc Germanium have deployed intelligent control systems and digital energy platforms to

Common defects of lead anode plates include pores, cracks, inclusions, uneven thickness, poor conductivity, and unstable passive film. Pores and crack

The specific alloy composition (mass percentage) is as follows: Ag: 0.3-0.8%, Sn: 1.0-2.5%, Bi: 0.1-0.5%, Ca: 0.01-0.05%, and the balance is lead (Pb)

The surface of the processed lead anode plate is cleaned and passivated to form a uniform passive film, further enhancing corrosion resistance. Strict

Lead anode plates are essential insoluble anodes in the copper electrolytic refining process, playing a critical role in ensuring stable electrolysis