Titanium-based platinum-plated anode

High-performance titanium-based platinum-plated anodes suitable for industrial electrolysis applications

Titanium-based platinum-plated anodes are highly efficient, insoluble electrodes widely used in electrochemical industries, wastewater treatment, electroplating, electrolytic recovery, cathodic protection, and hydrogen production systems. Compared to traditional graphite or lead alloy electrodes, titanium-based platinum-plated anodes offer lower energy consumption, longer service life, excellent corrosion resistance, and stable electrochemical performance.

Using a pure titanium substrate, the titanium-based platinum-plated anode is plated with a platinum layer using advanced electroplating technology, maintaining excellent conductivity and durability even in strongly acidic or alkaline environments. These anodes are specifically designed for industrial users seeking stable electrolysis efficiency, reduced maintenance costs, and long-term operational reliability.

Whether used in electrochlorination systems, electrochemical wastewater treatment, precious metal recovery, or electroplating production lines, our titanium-based platinum-plated anodes help improve current efficiency and reduce downtime.
Technical Specifications of Titanium-Based Platinum-Plated Anode
Standard Technical Parameters

Advantages of Titanium-Based Platinum-Plated Anode
Long Service Life

Compared with graphite or lead electrodes, the Titanium-based platinum-plated anode has a much longer service life due to its corrosion-resistant structure and durable platinum coating.

Low Energy Consumption

The low overpotential of platinum reduces cell voltage, helping industrial systems save electricity costs.

Excellent Chemical Stability

The titanium substrate remains stable in acidic and alkaline environments, making the electrode suitable for demanding industrial applications.

High Current Efficiency

The platinum-plated surface improves current transfer and electrochemical reaction efficiency.

Reduced Maintenance Costs

Because the electrode surface remains stable for long periods, users can reduce downtime and maintenance expenses.

Environmentally Friendly

The Titanium-based platinum-plated anode does not produce heavy metal pollution like traditional lead alloy electrodes.

Applications of Titanium-Based Platinum-Plated Anodes

1. Electrochemical Wastewater Treatment

Titanium-based platinum-plated anodes are widely used in electrochemical wastewater treatment systems to remove:

Chemical Oxygen Demand (COD)

Ammonia Nitrogen

Organic Pollutants

Cyanide

Heavy Metals

Their high oxidation efficiency improves wastewater treatment performance while reducing chemical consumption.

2. Electroplating Industry

In electroplating systems, titanium-based platinum-plated anodes exhibit stable current distribution and excellent corrosion resistance.

Typical electroplating applications include:

Gold Plating

Nickel Plating

Chromium Plating

Copper Plating

Zinc Plating

3. Hydrogen Production Systems

Due to platinum's excellent catalytic activity in the oxygen evolution reaction (OER), this electrode is suitable for water electrolysis hydrogen production equipment.

4. Cathodic Protection Systems

Titanium-based platinum-plated anodes are widely used in impressed current cathodic protection systems in the following fields:

Pipelines

Marine Engineering

Underground Storage Tanks

Offshore Platforms

5. Electrolytic Sodium Hypochlorite Generation

Used in seawater and brine electrolysis systems to generate sodium hypochlorite disinfectant.

6. Precious Metal Recovery

This electrode is suitable for electrolytic extraction and recovery processes of precious metals.​​​​​​​

Product production process
 1: Titanium Surface Preparation

The titanium substrate is cleaned and surface-treated to improve coating adhesion.

 2: Precision Platinum Electroplating

A high-purity platinum layer is electroplated onto the titanium surface.

 3: Surface Inspection

Each electrode undergoes thickness and surface quality inspection.

 4: Performance Testing

The finished Titanium-based platinum-plated anode is tested for conductivity and electrochemical stability.

Our Factory

Why Choose Our Titanium-Based Platinum-Plated Anode?
Advanced Manufacturing Technology

We use high-precision platinum electroplating technology to ensure:

Uniform coating thickness
Strong adhesion
Stable conductivity
Long service life
Strict Quality Control

Every Titanium-based platinum-plated anode undergoes:

Coating thickness inspection
Surface testing
Conductivity testing
Corrosion resistance verification
Custom Design Support

We provide customized solutions based on customer requirements, including:

Special shapes
Different platinum thicknesses
Large-size electrodes
High-current industrial systems
Rich Export Experience

Our electrodes are exported to multiple countries and widely used in industrial electrochemical systems worldwide.

Fast Technical Support

Our engineering team provides:

Electrochemical solution recommendations
Electrode selection support
Technical drawings
Application guidance

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Successful Industrial Application Case
Electrochemical Wastewater Treatment Project
Project Background

A chemical manufacturing company required a high-efficiency electrode system for treating high-COD industrial wastewater.

Solution

We supplied customized Titanium-based platinum-plated anode plates with optimized platinum coating thickness for continuous electrochemical oxidation.

Results
Improved COD removal efficiency
Reduced energy consumption
Lower maintenance frequency
Stable long-term operation
Customer Benefits

The customer achieved improved wastewater discharge compliance while reducing operational costs.

Customization Options
Available Shapes

We can manufacture:

Titanium platinum anode plates
Titanium platinum mesh anodes
Titanium platinum rod anodes
Titanium platinum tubular anodes
Titanium platinum wire electrodes
Available Coating Thickness

Customized platinum thickness according to application requirements:

Thin platinum coating for low-current systems
Thick platinum coating for high-load industrial electrolysis
Custom Sizes

OEM and custom fabrication services are available based on drawings or technical requirements.

Frequently Asked Questions (FAQ)
What is the service life of a Titanium-based platinum-plated anode?

The service life depends on current density, electrolyte composition, temperature, and operating conditions. Under proper conditions, the Titanium-based platinum-plated anode can provide long-term stable operation.

Can the platinum thickness be customized?

Yes. We provide customized platinum coating thickness according to customer application requirements.

What industries use Titanium-based platinum-plated anodes?

Typical industries include:

Wastewater treatment
Electroplating
Electrolysis
Hydrogen production
Cathodic protection
Chemical processing
What shapes are available?

We can produce plates, meshes, rods, tubes, wires, and customized electrode structures.

Is OEM manufacturing available?

Yes. We support OEM production and customized electrode fabrication according to drawings or specifications.

Get a Quote for Titanium-Based Platinum-Plated Anode

Looking for a reliable Titanium-based platinum-plated anode supplier for industrial electrolysis or wastewater treatment applications?

We provide:

Customized electrode solutions
Competitive factory pricing
Fast production
Global export support
Technical consultation
Contact Us Today

Send us your requirements, including:

Application industry
Electrode dimensions
Current density
Electrolyte type
Required platinum thickness

Our technical team will recommend the most suitable Titanium-based platinum-plated anode solution for your project.

Request a Free Quote Now
Custom sizes available
OEM & ODM supported
Fast response for global buyers
Technical drawings supported
Industrial electrochemical solution assistance available

The Titanium-based platinum-plated anode is the ideal choice for modern electrochemical systems requiring high efficiency, corrosion resistance, and long-term stable performance.

Email: zh@baojiti.com.cn

WhatsApp: +86-13636825659