AATI Cathode Co., Ltd. is one of the leading manufacturers and suppliers of platinum-plated titanium anode basket in China, featured by quality products and good price. Welcome to buy customized platinum-plated titanium anode basket made in China here from our factory. If you have any enquiry about free sample, please feel free to email us.

Platinum-plated Titanium Anode Basket Product Introduction

Product Model: Platinum-plated Titanium Anode Basket (Φ108×250mm)

Product Category: Non-ferrous Metal Corrosion-resistant Electrolysis Accessories | Insoluble Anode Electrode

I. Product Overview

This platinum-plated titanium anode basket is designed for highly corrosive electrochemical applications. Using Grade 2 pure titanium as the base material, it features a uniform 3μm dense platinum catalyst layer. Combined with titanium-clad copper conductive beams and pure titanium lifting lugs, it boasts excellent corrosion resistance, high conductivity, structural strength, and long service life. It is widely used in electroplating, anodizing, electrolysis, water treatment, and precious metal recycling.

II. Core Specifications

• Substrate Material: Industrial pure titanium Grade 2

• Titanium Mesh Thickness: 2.5mm

• Dimensions: Diameter Φ108mm, Height 250mm

• Platinum Coating Thickness: 3μm

• Conductive Structure: Titanium-clad copper conductive beams welded on both sides, 25×12×250mm

• Conductive Lifting Lugs: Pure titanium lifting lugs (compatible with tianium clad copper busbars)

• Working Characteristics: Insoluble anode, resistant to strong acids and alkalis, uniform current distribution, strong coating adhesion

III. Structural and Performance Advantages

Stable and Reliable Substrate: Utilizing Grade 2 pure titanium mesh, it boasts excellent corrosion resistance and moderate mechanical strength. It does not dissolve or deform in acidic or alkaline electrolytes, ensuring the cleanliness of the workpiece and electrolyte.

Highly Efficient and Stable Platinum Catalytic Layer: A uniform 3μm platinum coating provides high electrocatalytic activity, low oxygen/chlorine evolution overpotential, high current density, and lower energy consumption. The dense and firm coating is not easily peeled off, extending anode life. 3. Titanium-Clad Copper Conductive Beam Design: Titanium-clad copper conductive beams are welded to both sides, combining the corrosion resistance of titanium with the high conductivity of copper. This reduces contact resistance, improves current transmission efficiency, and ensures uniform current distribution throughout the basket.

Pure Titanium Lifting Lugs for Safety and Convenience: Pure titanium lifting lugs are compatible with conductive copper busbars, ensuring a secure connection, quick assembly and disassembly, and no metal contamination. Suitable for automated/semi-automated production lines.

Highly Efficient Basket Structure: The mesh structure increases the reaction area, facilitating electrolyte circulation and bubble removal, thus improving electrolysis/plating efficiency and coating uniformity.

IV. Applicable Fields

Electroplating Industry: Precious metal electroplating, decorative electroplating, precision hardware electroplating

Anodizing: Aluminum/titanium anodizing electrolytic cell anodes

Electrolysis Engineering: Water electrolysis, electrolytic synthesis, electrolytic purification

Water Treatment: Electrolytic disinfection, wastewater treatment, electrochemical oxidation

Chemical Corrosion Protection: Strong acid, chloride ion, high-temperature corrosion conditions

V. Product Features Summary

Resistant to strong corrosion, suitable for various harsh electrolyte environments

High conductivity, low energy consumption, uniform current distribution

Strong platinum coating adhesion, long service life

Stable structure, reliable welding, convenient installation

Insoluble anode, no impurity precipitation, ensuring produ