Titanium Anode Basket For Electroplating

A titanium anode basket is a specialized component used in electroplating, electrolysis, and hydrometallurgical processes. It serves as a container to hold soluble or insoluble anode materials and ensures uniform current distribution within the plating bath.

Manufactured from high-purity titanium, the basket is designed with a mesh or perforated structure, allowing electrolyte to flow freely and ensuring efficient contact between the anode material and the solution.

Key Features

Excellent corrosion resistance
Titanium (≥99.6% purity) performs exceptionally well in acidic and highly corrosive plating environments.

High mechanical strength & durability
Maintains structural integrity during long-term operation.

Efficient electrolyte circulation
Mesh/perforated design improves ion exchange and plating uniformity.

Stable electrical performance
Ensures consistent current distribution and plating quality.

Easy maintenance
Convenient loading, unloading, and cleaning of anode materials.

Product Types

Custom designs are available to meet different equipment requirements:

Round titanium basket

Rectangular / horizontal basket

Vertical basket

Center anode basket

Irregular / customized shapes

Hook types:

Handle hook

Square hook

Back hook

Technical Specifications

Material: Titanium Grade 1

Mesh Sizes (mm):

3×6

4×8

4.5×12.5

5×10

6×12

Dimensions:

Thickness: 10–100 mm

Width: 30–500 mm

Length / Height: Customized

Round Basket Diameter:

Ø60 / Ø63.5 / Ø65 mm (customizable)

Applications

Widely used in:

Electroplating (nickel, copper, chromium, etc.)

Anodizing and oxidation processes

Electrolysis systems

Hydrometallurgy

Surface treatment equipment

Operating Instructions (General)

1. Preparation
   Ensure the basket is clean and free of oil, oxides, or contaminants.

2. Loading
   Fill with anode material without overpacking to allow proper solution flow.

3. Connection
   Connect the basket to the positive terminal (anode); the workpiece is the cathode.

4. Immersion
   Submerge both basket and cathode in the electrolyte, avoiding direct contact.

5. Operation
   Apply appropriate current and voltage based on process requirements.

6. Monitoring
   Adjust parameters to maintain plating quality and efficiency.

7. Post-Process Handling
   Remove, rinse, and clean the basket after use to prevent contamination.

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