Graphene-Modified Titanium Anodes

Chalco supplies graphene-modified titanium anodes made with pure titanium substrates and graphene-modified precious-metal composite coatings. They can be used for electrolytic copper foil production, PCB copper plating, electrochlorination, industrial wastewater treatment, and other electrochemical applications. Custom anode plates, anode meshes, curved anodes, and electrode assemblies are available.

• Low Resistance and Stable Output: Reduces resistance and maintains stable current.
• Stable Coating and Longer Service Life: Enhances coating adhesion and operating stability.
• Customization for Operating Conditions: Electrodes can be customized to the medium, operating parameters, and cell design.

Available Product Forms

Based on the electrolyzer design, operating conditions, and installation requirements, Chalco can provide graphene-modified titanium anodes in different shapes and with various connection methods.

Titanium Substrate: TA1 / Grade 1

Substrate Thickness: 1 mm / 2 mm / Custom

Coating: Graphene-Modified Precious-Metal Composite Coating

Product Forms: Plate, Mesh, Curved Anode, and Custom Assemblies

Dimensions: Fabricated to Drawings or Equipment Requirements

Why Choose Our Graphene-Modified Titanium Anodes

Our graphene-modified titanium anodes combine pure titanium substrates with graphene-modified precious-metal composite coatings. Process control covers substrate inspection, surface treatment, coating and sintering, and performance testing to provide stable, customizable electrode options for different industrial electrolysis projects.

Lower Resistance and Operating Power Consumption

The graphene-modified composite coating helps reduce electrode resistance and cell voltage, lowering electrical energy loss during continuous electrolysis.

More Stable Current Distribution

Uniform coating and customized electrode structures help improve current distribution and support stable operation in copper plating, copper foil production, electrochlorination, and other processes.

Support for High-Current-Density Operation

Based on the electrolyte, current density, and cell design, we can adjust the electrode dimensions, effective area, and coating option to meet high-load electrolysis requirements.

Coatings Customized for Different Reactions

The graphene-modified composite coating is matched to the target reaction, such as chlorine evolution, copper plating, or oxidation of organic contaminants, rather than using a single general-purpose formulation.

Stable Coating and Long Service Life

Titanium substrate pretreatment, multilayer coating, high-temperature sintering, and accelerated life testing improve coating adhesion stability and help reduce electrode replacement and equipment downtime.

*Actual performance depends on the coating formulation, electrolyte composition, current density, operating temperature, and electrolyzer design.

Main Applications

Based on the electrolyte, target reaction, current density, and equipment design, Chalco graphene-modified titanium anodes can be matched with different coatings, shapes, and connection methods to suit copper foil, PCB, electrochlorination, and industrial wastewater treatment projects.

Performance Benefits in Different Applications

The coating, structure, and effective reaction area of graphene-modified titanium anodes can be adjusted to the specific process, providing electrode options that address power consumption, current distribution, maintenance frequency, and treatment efficiency in different applications.

Custom Anodes and Project Support

In addition to standard titanium anodes, we can provide electrode design, coating selection, replacement fabrication, and test validation based on existing equipment, operating conditions, and project objectives.

Customization to Drawings: Fabrication based on electrode dimensions, shape, hole positions, curvature, and connection structure.

Existing Electrode Replacement: Replacement options compatible with the existing electrolyzer can be provided from an existing electrode sample, photographs, or equipment parameters.

Coating Selection: The composite coating option is determined according to the electrolyte, target reaction, current density, and operating temperature.

Electrode and Cell Integration: Coordinated matching is available for anodes, cathodes, electrode frames, electrical connections, and electrolyzer structures.

Sample and Pilot Support: Project-stage samples, laboratory electrodes, or pilot assemblies can be provided to verify treatment results and operating parameters.

Quality Control and Quotation Support

We apply process control from the titanium substrate and surface treatment through coating sintering and finished-product inspection. Raw-material spectroscopic testing, coating equipment, and accelerated life testing help improve electrode batch consistency and long-term operating reliability.

• Titanium Substrate Composition Verification: Spectroscopic testing confirms the raw-material composition.
• Surface Pretreatment Control: Improves adhesion stability between the coating and titanium substrate.
• Coating Uniformity Inspection: Checks coating quality and surface condition in different areas.
• High-Temperature Sintering Control: Controls the sintering temperature and process to stabilize active-coating performance.
• Electrical Performance Testing: Checks resistance, cell voltage, and current output.
• Accelerated Life Testing: Evaluates coating durability under continuous operating conditions.
• Dimensional and Connection Inspection: Verifies dimensions, hole positions, welds, and electrical connection structures.

Send Us Your Electrode Drawings or Operating Conditions

Please provide the application, electrolyte, current density, operating temperature, electrode dimensions, electrolyzer drawings, required service life, and quantity so we can determine the electrode structure, coating option, and quotation.