Products Description
Zhongxinbao Metal platinum-coated titanium mesh anodes are widely used in electrochemical and electroplating applications due to their stable electrochemical performance, efficient current distribution, and lightweight mesh structure. The open mesh design improves electrolyte circulation and mass transfer, making the anode suitable for processes requiring uniform reaction conditions.
Zhongxinbao Metal manufactures platinized titanium anodes in various configurations, including mesh panels, plates, and custom-shaped structures. Anode geometry and effective area are selected based on the customer's plating bath dimensions, operating current, and process conditions, ensuring proper compatibility with different electroplating systems.
Based on defined service parameters, Zhongxinbao Metal can adjust noble metal coating thickness and structure to meet specific lifetime and performance requirements. Anode size, mesh specification, and coating thickness can be customized to match the customer's operating conditions and expected service life.
Product Parameter
|
Specification |
Typical Value |
|
Substrate Material |
Gr1/Gr2 Titanium Plate, Mesh, Tube, Bar |
|
Coating Material |
High Purity Platinum (Pt) Layer |
|
Coating Thickness |
2–5 μm (SEM measured per ASTM B487) |
|
Surface Condition |
Smooth or Brushed |
|
Max Operating Temperature |
65°C in plating bath |
|
Current Efficiency |
≥22% in hard chrome baths (per ASTM B254) |
|
Deep Cavity Plating Ratio |
>5:1 AR (validated per IPC-6012E) |
|
Anode Lifetime |
≥20,000 A·h (@300 A/m² in acid copper bath) |
|
Testing Standards |
ASTM F3091, AMS 2460 |
Product Features & Application
Laboratory And Research Electrochemical Devices
Platinum-plated titanium anode mesh is widely used in laboratory electrochemical studies, electrocatalytic evaluation, and small-scale simulation of industrial electrolysis. Its flexible mesh form and customizable dimensions allow easy integration into various reactors and test cells.
spary read laser welding technology
Platinum-plated titanium anode mesh is widely used in electrolysis systems for water, acidic water, and various functional waters. Its open mesh structure provides ample channels for the release of gases produced during the reaction process, effectively reducing gas bubble retention and blockage on the electrode surface, thereby minimizing localized current concentration and voltage fluctuations.
Why Choose us
Extremely low voltage, high energy efficiency.
Platinum coatings exhibit excellent electrocatalytic activity, significantly reducing the anodic polarization voltage at the same current density and decreasing overall energy consumption. This makes them particularly suitable for continuous operation or for electrolytic systems where electricity costs are a major concern.
High chemical stability and wide range of applicable media.
Platinum remains stable in strong acidic, chlorine-containing, or highly oxidizing electrolytes, and is not easily dissolved or passivated, making it suitable for demanding applications such as laboratory electrochemistry, electroplating, and functional water preparation.
Titanium substrate + platinum coating, stable structure
The titanium substrate provides high mechanical strength and a corrosion-resistant framework, while the platinum layer acts solely as a functional layer participating in the reaction, avoiding issues such as deformation and processing limitations associated with precious metal electrodes.
Controllable service life and superior overall cost
Under reasonable current density and media conditions, the platinum layer loss rate is predictable, and maintenance and replacement cycles are clear. Compared to solid platinum electrodes, it significantly reduces the amount of precious metals used and long-term operating costs while maintaining comparable performance.
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