Lead Dioxide Anode
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Lead Dioxide Anode

Lead Dioxide Anode (PbO₂ Anode) is a high-performance insoluble anode widely used in metal electrowinning.
With its excellent corrosion resistance, high oxygen overpotential, and stable electrochemical properties, it has become an ideal substitute for traditional lead-based or graphite anodes in various electrochemical applications.
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Product Introduction
High conductivity lead dioxide anode
High Corrosion Resistance for Enhanced Electrochemical Performance

Lead Dioxide Anode (PbO₂ Anode) is a high-performance insoluble anode widely used in metal electrowinning.

With its excellent corrosion resistance, high oxygen overpotential, and stable electrochemical properties, it has become an ideal substitute for traditional lead-based or graphite anodes in various electrochemical applications.

At PRS, we provide both α-PbO₂ and β-PbO₂ coating types, applied to titanium or lead substrate, depending on your operating requirements. Our strict production process and quality control ensure long service life and consistent anode performance.

 

 

Technical Parameters

Item

Specification

Substrate

Pure Titanium / Lead Substrate

Coating Material

α-PbO₂ or β-PbO₂

Coating Thickness

100–500 μm

Current Density Range

50–1000 A/m²

Operating Temperature

≤ 60°C

Coating Adhesion

Strong, tested via ultrasonic testing

Electrolyte Compatibility

Acidic Electrolyte (H₂SO₄, etc.)

Service Life

10–15 years (based on operating condition)

 

 

Product Advantages

1

Superior Corrosion Resistance: Lead dioxide coating resists aggressive acid environments, especially in high-concentration sulfuric acid.

2

High Oxygen Overpotential: Reduces energy consumption by lowering side reactions like oxygen evolution.

3

Stable & Uniform Coating: Ensures consistent performance and uniform current distribution.

4

Flexible Customization: We can offer both titanium-based and lead-based core structures to suit different electrolytic conditions.

5

Longer Service Life: Advanced bonding techniques and premium raw materials significantly extend anode durability.

 

Our After-Sales Service

 Free Drawing Support
We provide free AutoCAD drawings with tailored revisions based on your tank and cell design. All technical drawings are finalized before order confirmation.

 Lead Time
Typical production time for 600 pcs Lead Dioxide Anodes is within 60–70 days depending on the coating type and batch size.

 Payment Terms
Standard terms: 50% T/T advance payment, 50% before delivery. Bank guarantee (L/G) accepted based on agreement.

 After-Sales Service
Response within 24 hours. Remote installation guidance and on-site technical support are available upon request.

Shock absorption treatment before shipment

 

 

Packaging & Shipping

Export Packaging

Lead Dioxide Anodes are securely packed in custom steel frame packages, designed to prevent any damage during long-distance transport and loading / unloading.

Logistics Optimization

If ordered together with our EW Cells, we can stack the anodes inside the cells to reduce container usage and save shipping costs. Multimodal transport options available - sea, rail, and road.

 

FAQ

Q1: What's the difference between α-PbO₂ and β-PbO₂ coating?

A1: α-PbO₂ offers higher adhesion and better corrosion resistance at low current density, while β-PbO₂ has better conductivity and is preferred for high current density applications.

Q2: Can PRS customize anode size and coating type?

A2: Yes. All dimensions, substrate, and PbO₂ types can be customized based on your process conditions and equipment.

Q3: How long does the Lead Dioxide Anode last in copper electrowinning?

A3: Typically 2–4 years depending on current density, electrolyte composition, and operating temperature.

 

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