Titanium anode baskets are manufactured from high-quality titanium mesh formed from titanium plates with thickness ranging from 0.5–2.0 mm. Designed for excellent corrosion resistance and long service life, they are widely used in electroplating, wastewater treatment, electrolysis systems, and chemical processing industries.

The titanium substrate can be coated with MMO coatings or supplied uncoated depending on application requirements.

Titanium Anode Basket Specifications

Key Features

1. Excellent corrosion resistance

2. Long service life in harsh electrolytic environments

3. Lightweight and high strength

4. Stable conductivity performance

5. Reusable titanium substrate

6. Custom shapes and dimensions available

Applications

1. Electroplating hangers and plating lines

2. Chrome plating production lines

3. Swirl electrolysis systems

4. Electrocatalytic wastewater treatment

5. Chemical and environmental protection industries

Titanium Anode for Electrocatalytic Wastewater Treatment

Technology Overview

Electrocatalytic electrolysis is an advanced green water treatment technology that removes pollutants through electrochemical oxidation and reduction reactions without adding chemical agents.

Compared with traditional treatment methods, electrolysis technology:

1. Occupies less space

2. Produces no secondary pollution

3. Has high treatment efficiency

4. Requires low chemical consumption

5. Is suitable for difficult-to-degrade wastewater

Working Principle

1. Direct Electrolysis

Pollutants are directly oxidized or reduced on the electrode surface.

Anode Process

Organic pollutants are oxidized into:

Less toxic substances

Biodegradable compounds

CO₂ and water

Cathode Process

Used for:

Dehalogenation of organic compounds

Heavy metal recovery

2. Indirect Electrolysis

Electrochemically generated oxidants react with pollutants, including:

• Hypochlorite

• Hydrogen peroxide (H₂O₂)

• Ozone (O₃)

• Hydroxyl radicals (•OH)

These strong oxidants effectively decompose refractory organic pollutants.

Advantages of Electrocatalytic Electrolysis

1. No chemical additives required

2. No secondary pollution

3. Compact equipment design

4. High COD removal efficiency

5. Stable operation and easy maintenance

6. Effective for non-biodegradable wastewater

Anode Structure Options

Available in multiple structures:

Plate type

Tube type

Mesh type

All titanium substrates are reusable and designed for long-term operation.

Typical Wastewater Applications

Successful applications include:

1. Electroplating wastewater

2. Coking wastewater

3. Organic wastewater

4. Ammonia nitrogen wastewater

5. Printing & dyeing wastewater

6. Landfill leachate

7. Oily wastewater

8. Cyanide wastewater

9. Oilfield reinjection water

10. Hospital wastewater

11. Metal recycling wastewater

12. Food & catering wastewater

Why Choose Titanium MMO Electrodes

1. Outstanding corrosion resistance

2. High electrocatalytic activity

3. Long operating life

4. Reliable performance under high current density

5. Ideal for modern environmental protection systems

Environmental Solution

Electrocatalytic electrolysis technology is becoming a key solution for:

1. Industrial wastewater recycling

2. Zero-liquid-discharge systems

3. Green chemical processing

4. Sustainable environmental engineering

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