Titanium Substrate Lead Dioxide Anode

Product Introduction

Our titanium substrate lead dioxide anodes are engineered to excel in challenging electrochemical environments. These advanced anodes combine the strength and corrosion resistance of titanium with the exceptional electrocatalytic properties of lead dioxide. The result is a robust, long-lasting electrode that delivers consistent performance even under harsh operating conditions.

Product Features

High-purity titanium substrate for optimal mechanical strength and chemical resistance

Advanced lead dioxide coating for superior electrocatalytic performance

Precision-engineered current distribution design for uniform electrolysis

Optional mixed metal oxide (MMO) coatings for specialized applications

Available in various shapes: plates, rods, mesh, and custom geometries

Technical Specifications

Substrate Material: Grade 1 or Grade 2 Titanium

Coating: Lead Dioxide (PbO2)

Coating Thickness: 100-500 μm (customizable)

Operating Current Density: Up to 10,000 A/m²

pH Range: 1-14

Temperature Range: 0-80°C

Typical Lifespan: 3-5 years (application-dependent)

Applications and Industries

Our titanium substrate lead dioxide anodes find use in a diverse range of industries and applications, including:

Wastewater Treatment: Electrochemical oxidation of organic pollutants

Metal Recovery: Electrowinning of copper, zinc, and other metals

Chlor-alkali Production: Chlorine and sodium hydroxide manufacturing

Ozone Generation: Water disinfection and purification systems

Electroplating: Surface finishing and metal deposition processes

Chemical Processing: Organic synthesis and inorganic compound production

Tips and Tricks

To maximize the performance and lifespan of your titanium substrate lead dioxide anodes:

Maintain proper electrolyte conditions (pH, temperature, concentration)

Implement regular cleaning and maintenance schedules

Monitor current distribution to prevent localized overheating

Ensure proper anode-cathode spacing in your electrochemical cell

Use appropriate power supply and control systems for optimal operation

Manufacturing Process

Our titanium substrate lead dioxide anodes are produced using a rigorous multi-step process:

Titanium substrate preparation and surface treatment

Application of proprietary interlayer coatings for enhanced adhesion

Precision electrodeposition of lead dioxide coating

Heat treatment for optimal coating structure and performance

Quality control inspections and performance testing

Certifications and Compliance

Our titanium substrate lead dioxide anodes are manufactured in compliance with:

ISO 9001:2015 Quality Management System

RoHS Directive for hazardous substance restrictions

REACH regulations for chemical safety

Quality Control and Testing

Every titanium substrate lead dioxide anode undergoes rigorous quality control measures:

Raw material inspection and verification

In-process coating thickness and uniformity checks

Electrochemical performance testing

Accelerated life testing simulations

Final visual and dimensional inspections

Packaging and Shipping

We ensure the safe delivery of your titanium substrate lead dioxide anodes through:

Custom-designed protective packaging

Shock-absorbing materials to prevent damage during transit

Clear labeling and handling instructions

Flexible shipping options to meet your delivery requirements

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