Titanium Anode Baskets
Titanium anode basket materials: titanium mesh/ titanium plate
Thickness of the titanium plate ranges :from 0.5 to 2 mm.
The common mesh size of titanium mesh: 3 * 6mm/4 * 8mm / 4.5 * 12.5mm.
Product Introduction
Titanium anode baskets are manufactured from high-quality titanium mesh formed from titanium plate, typically with a thickness of 0.5–2.0 mm. Titanium provides excellent corrosion resistance, mechanical strength, and dimensional stability in demanding electrolytic environments.
Titanium anode baskets can be supplied uncoated or coated with Mixed Metal Oxide (MMO), depending on the electrochemical process and application requirements.
They are commonly used in electroplating, electrolysis, wastewater treatment, and other industrial electrochemical processes.
Titanium Anode Basket Specifications
| Item | Specification |
|---|---|
| Material | Commercially Pure Titanium, Gr1 / Gr2 |
| Plate Thickness | 0.5–2.0 mm |
| Mesh Opening | 3 × 6 mm / 4 × 8 mm / 4.5 × 12.5 mm |
| Shape | Round / Rectangular / Dish-shaped |
| Surface | Uncoated or MMO-coated |
| Manufacturing | Expanded titanium mesh / fabricated basket |
| Customization | Dimensions and configuration according to drawings or requirements |
Key Features
Excellent corrosion resistance
Good mechanical strength and dimensional stability
Suitable for demanding electrolytic environments
Stable electrical performance
Reusable titanium substrate
Available in customized shapes and dimensions
MMO coating available for specific electrochemical applications
Applications
Titanium anode baskets can be used in:
Electroplating lines
Chrome plating systems
Electrolysis equipment
Electrocatalytic wastewater treatment
Chemical processing
Environmental protection systems
MMO Titanium Anodes for Electrocatalytic Wastewater Treatment
Titanium MMO anodes are widely used in electrochemical wastewater treatment because the titanium substrate provides corrosion resistance while the MMO coating provides the required electrocatalytic activity.
Depending on the wastewater chemistry and treatment process, different coating formulations can be selected for chlorine evolution, oxygen evolution, or other electrochemical reactions.
How Electrocatalytic Wastewater Treatment Works
Electrochemical wastewater treatment uses electrical energy to promote oxidation and reduction reactions that help remove or transform pollutants.
Direct Electrochemical Oxidation
Some pollutants can be oxidized directly at the anode surface.
Organic contaminants may be converted into smaller, less complex compounds and, under suitable operating conditions, ultimately into carbon dioxide and water.
At the cathode, reduction reactions can also be used for processes such as:
Heavy-metal recovery
Dehalogenation
Other pollutant reduction reactions
Indirect Electrochemical Oxidation
The electrode can also generate reactive species in situ. Depending on the electrolyte and operating conditions, these may include:
Hypochlorite
Hydrogen peroxide
Hydroxyl radicals
Other reactive oxygen or chlorine species
These species can react with refractory organic pollutants and improve their degradation.
The actual treatment mechanism depends on wastewater composition, electrode material, current density, pH, temperature, and reactor configuration.
MMO Anode Structure Options
For wastewater-treatment applications, titanium MMO anodes can be manufactured in different configurations:
Titanium plate anodes
Titanium mesh anodes
Titanium tube anodes
Customized electrode assemblies
The titanium substrate can be manufactured according to the required dimensions, current load, installation method, and reactor design.
Typical Wastewater Applications
Titanium MMO electrodes may be used in electrochemical treatment systems for:
Electroplating wastewater
Coking wastewater
Printing and dyeing wastewater
Organic industrial wastewater
Ammonia-containing wastewater
Landfill leachate
Oily wastewater
Cyanide-containing wastewater
Oilfield wastewater
Metal-processing wastewater
Food-processing wastewater
Other difficult-to-treat industrial wastewater
The appropriate electrode coating and reactor configuration should be selected according to the specific wastewater characteristics and treatment objectives.
Why Use Titanium MMO Electrodes?
Titanium MMO electrodes combine a corrosion-resistant titanium substrate with an electrocatalytically active coating.
Key advantages include:
Excellent corrosion resistance
High electrocatalytic activity
Long service life under suitable operating conditions
Good performance at high current densities
Low electrode maintenance requirements
Flexible electrode configurations
Suitable for customized electrochemical treatment systems
Hot Tags:
You Might Also Like
Send Inquiry
