PCB Plating Titanium Anode
This titanium anode is a non-consumable electrode that does not undergo metal dissolution under normal electroplating and etching conditions. This effectively reduces the risk of metal impurity accumulation in the solution, contributing to long-term process stability.
Its excellent chemical stability reduces the burden of waste liquid treatment and system maintenance caused by anode consumption, helping to extend the solution's lifespan and indirectly reducing resource consumption and treatment frequency in actual production. This meets the requirements for production stability and environmental compliance.
Product Parameter
|
Specification |
Typical Value |
|
Substrate |
Grade 1 Titanium (ASTM B265) |
|
Coating |
Ir-Ru MMO or 99.95% Pt |
|
Coating Thickness |
5–15 μm (per ASTM B487) |
|
Current Density |
100–250 A/m² |
|
Operating Voltage |
1.5–2.5 V |
|
Anode Lifetime |
≥16,000 A·h |
|
Operating Temperature |
20–50°C |
|
Cathodic Efficiency |
≥22% cathodic efficiency (Ford Lab STD-4632 Rev.D) |
Product Features & Application
■ Stable Current Distribution
Provides ±2.7% uniformity in AR>8:1 vias, reducing plating defects and rework.
■ Reliable Service Life
Designed for continuous PCB production with low maintenance and consistent results.
■ Energy Efficiency
Reduces voltage by 0.2V during operation, lowering energy costs in plating lines.
■ Industry Uses
- PCB copper plating and etching recovery lines
- Semiconductor and electronics component plating
- HDI and multilayer board production requiring precision copper plating
- Facilities following NADCAP and IPC standards
Vision Of The Future
Mission
System Of Values
Company Philosophy
Why Choose it?
Latest PCB mounting mounting mounting system
Given the characteristics of continuous operation and current density fluctuations in PCB plating and etching solutions, matching the anode structure and coating system through design helps maintain stable current output and reduces the need for frequent adjustments of process parameters.
Non-consumable structure, reducing the risk of solution contamination.
We offer a variety of transmission components, including sprockets, roller chains, gears, couplings, racks, hubs, pulleys, taper sleeves, bearing seats, and more.
Supports customization of various structures and sizes.
Based on the different trough structures and installation methods of PCB production lines, we can provide various forms such as plate, tube, or mesh types, and support custom manufacturing according to drawings to reduce modification costs.
Operating lifespan and maintenance costs are more controllable.
The anode performance degradation process is relatively uniform, and changes in operating status are clearly discernible, which facilitates the development of maintenance and replacement plans in advance and reduces the risk of unexpected production line shutdowns.
Frequently Asked Questions
Q1: How long does this anode typically last?
A: Supports long-term operation in PCB plating while maintaining stable output with minimal maintenance.
Q2: Can it be customized for different tanks?
A: Yes, we can adjust size, mesh, and connectors to your system.
Q3: How to estimate its lifespan under my conditions?
A: Use: lifetime (h) = 16,000 ÷ current density (A/m²). We can help assess your needs.
Q4: Is it suitable for high-purity copper plating?
A: Yes, it supports low impurity levels for high-purity plating lines.
Q5: What documents are provided?
A: SEM/EDS reports, material certificates, and compliance documentation are included.
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