Titanium Copper Composite Wire
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Titanium Copper Composite Wire

Titanium Copper Composite Wire

Product Introduction

Titanium Clad Copper Wire is a high-performance composite conductor manufactured through explosive bonding and hot rolling technology. It combines the outstanding electrical conductivity of a pure copper core with the exceptional corrosion resistance of a titanium outer layer.

This unique structure makes it an ideal solution for cathodic protection, electrochemical systems, and other applications operating in aggressive environments such as seawater, soil, and chemical processing facilities.

Structure & Materials

ItemSpecification
Core MaterialPure Copper
Cladding MaterialIndustrial Pure Titanium
Manufacturing ProcessExplosive Bonding + Hot Rolling
Wire Diameter1 – 5 mm
Typical Core Diameter2 mm
Titanium Cladding ThicknessApprox. 0.5 mm
Coil Length≥ 100 m (Customizable)

Key Features

Excellent Electrical Conductivity
The copper core provides low electrical resistance and highly efficient current transmission.

Outstanding Corrosion Resistance
The titanium cladding offers superior protection against seawater, soil, and chemical corrosion.

Strong Metallurgical Bonding
The explosive bonding process creates a permanent metallurgical bond between titanium and copper, eliminating the risk of delamination or oxidation.

Uniform Mechanical Performance
Titanium and copper deform synchronously during processing and operation, ensuring long-term structural integrity.

Long Service Life
The composite structure significantly extends operational life in demanding environments, reducing maintenance and replacement costs.

Applications

  • Cathodic protection systems for pipelines
  • Underground storage tanks
  • Marine and offshore structures
  • Seawater desalination plants
  • Water treatment systems
  • Electrochemical equipment
  • MMO-coated anode wire substrates
  • Corrosion protection systems

Performance Advantages

  • Low electrical resistance for improved energy efficiency
  • Superior durability in corrosive environments
  • Reduced maintenance and operating costs
  • Reliable long-term performance
  • Combines the conductivity of copper with the corrosion resistance of titanium

 

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