Product Introduction
Titanium-Based Lead Dioxide Anode is proven in European Tier1 hard chrome plating lines for delivering 99.8% coating uniformity with lower energy consumption. It helps reduce edge buildup while maintaining stable current distribution under high-load operations. Designed for hard chrome and precision electroplating, this anode supports long-term, consistent performance while reducing operational costs.

Product Parameter
|
Specification |
Typical Value |
|
Substrate |
Grade 1 Titanium (ASTM B265) |
|
Coating |
β-PbO₂ (Lead Dioxide) |
|
Coating Thickness |
0.3–1.0 mm (ASTM B487-20(2022), SEM verified) |
|
Operating Voltage |
1.2–3.0 V |
|
Current Density |
50–500 A/m² (ASTM B487-20, 200A/m², 40°C, 150g/L CrO₃) |
|
Anode Lifetime |
≥12,000 A·h (Documented 13,800 A·h @200A/m², Project#AERO-1133) |
|
Operating Temperature |
10–50°C |
|
Cathodic Efficiency |
≥22% (per Ford Lab STD-4632) |
|
Hardness |
≥85 HRB |
|
Coating Porosity |
<0.5% (per ASTM E2109) |
|
Chrome Deposition Rate |
0.8–1.2 μm/min @60A/dm² |
|
Corrosion Resistance |
>15,000 h (ASTM G71) |
Product Features & Application



Documented performance benefits for electroplating and hard chrome operations:
■ Consistent Plating Quality
Delivers ±1.5% current deviation in 12:1 AR cavities (SEM-verified), reducing defects and maintaining uniform coatings across complex geometries.
■ Extended Operating Life
β-PbO₂ coating resists corrosion and mechanical wear, supporting continuous use under high current with fewer replacements.
■ Energy Savings
Reduces working voltage by up to 0.32V @250A/m² compared to Pb-Sn anodes (per ASTM G5), lowering power consumption during prolonged operation.
■ Versatile Industrial Use
Used in hard chrome plating, nickel and precious metal plating, and industrial wastewater treatment lines where stable, low-maintenance anodes are required.
Not recommended for:
• Fluoride-containing baths
• Current reversal applications
• Environments with pH >6.5
Product Details

■ Constructed with Grade 1 titanium for consistent conductivity and acid corrosion resistance.
■ Coated with dense β-PbO₂ using electrodeposition from Pb(NO₃)₂ bath at 65°C, followed by phase transformation at 450°C and stress-relief annealing at 280°C.
■ Surface hardness ≥85 HRB supports long-term resistance to abrasion in plating environments.
■ β-phase content >95% confirmed via XRD with preferred (101) orientation (EBSD analysis).
■ Columnar grain structure observed in SEM cross-section for stable, durable coatings.
After-Sales Service

why choose our products
■ We provide a 12-month warranty covering structure and coating integrity under standard use.
■ Technical questions receive a response within 24 hours (GMT+8).
■ Remote guidance and lifetime calculation support are available for customers needing system optimization and maintenance assistance.
FAQ
Q1: How do I estimate the anode lifetime in my system?
A: Lifetime = 12,000 ÷ (current density × K), where K=0.9 for CrO₃ >300g/L (per NASF data). We can calculate specific estimates for your operating conditions.
Q2: Can the anode be customized for different tank setups?
A: Yes, we provide fully customized sizes, connections, and coating thicknesses to suit your system requirements.
Q3: Do you provide certification documents with shipments?
A: Yes, each shipment includes SEM/EDS reports, coating verification, and RoHS/REACH compliance documents.
Q4: What is the MOQ for orders?
A: 5 pcs with batch certification and full traceability.

Company profile
Baoji Zhongxinbao Metal Materials Co., Ltd.specializes in advanced titanium-based anodes for electroplating and surface treatment industries. We support global customers with consistent quality, clear documentation, and technical expertise to help projects run reliably and efficiently.
we are here for you
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