High Quality MMO Coated Titanium Anode Basket
Yutong Metal excels in producing titanium anodes tailored to diverse industry needs. Whether you require plates, rods, wires, mesh, or tubes, our extensive selection caters to every specific application, promising exceptional electrochemical performance.
Our bespoke titanium anodes, crafted to your exact specifications in shape, size, and configuration. Trust in our profound plating expertise to deliver solutions that meet and exceed your electrochemical application demands.
Request a quote for your specific titanium anode basket requirement. Custom sizes are available upon request.
Main Technical Parameters
| Substrate | Титан |
|---|---|
| Coating Composition | Iridium Oxide (IrO2), Ruthenium Oxide (RuO2) |
| Coating Thickness | 5~10 μm |
| Operating Voltage | ≤ 24V |
| Current Density | ≤ 2000 A/m² |
| pH Range | 1~14 |
| Fluorides Content | < 50mg/L |
| Working Temperature | < 100 °C |
The use of fabricated titanium anode basket to hold soluble anode balls or chips is common to many electroplating applications.
Thinner sheet stock are likely to result in the titanium anode basket of poor structural quality and reduced chemical resistance. In all cases baskets should be kept full of balls or chips to a level equal to or greater. Continuous operation with anode fill levels below the level of the electrolyte will result in an increased resistance and excessive current draw in the localized area at the solution basket interface.
Depending on the electrolyte, an insulating layer of insoluble salts may be deposited on the mesh further increasing the resistance, even following anode material replenishment. In some cases where the cell continues to operate with insufficient anode fill the resistance may increase tothe point exceeding the breakdown voltage of the naturally occurring titanium oxide film, resulting in active corrosion of the mesh. For these reasons the hooks or straps used to suspend the basket from the anode bus bar should be long enough to extend down the mesh four to six inches below the expected Occasionally halide contamination, especially the presence of fluorides has been implicated in rapid and severe cases of basket corrosion.
Maintaining the titanium anode basket fill level can minimize or prevent mesh corrosion and ensure uniform current distribution through a single basket and across the anode array.
