Description

Explosion Bonded Titanium Copper Plate is a composite material widely used in industries such as aerospace, defense, power generation, petrochemical, and energy.

It is produced by explosive bonding, a solid-state process in which titanium and copper plates are joined using controlled explosive energy. This process creates a metallurgical bond between the two metals without melting them, ensuring a strong interface and excellent property combination.

The resulting product typically has a titanium outer layer for corrosion resistance and strength, and a copper inner layer for superior electrical and thermal conductivity.

Titanium-clad copper plates, rods, and sheets are ideal for applications requiring high electrical performance, corrosion resistance, and mechanical durability, such as in electrochemical systems, power equipment, and heat exchangers.

Features

1. Excellent electrical and thermal conductivity

2. Outstanding corrosion and abrasion resistance

3. Good weldability and easy machinability

4. Superior heat dissipation performance

5. Excellent anti-oxidation properties and long service life

6. High mechanical strength and dimensional stability even under harsh environments

Advantages

1. Improved Electrical Conductivity – The explosion-bonded interface ensures superior conductivity compared to conventional joining methods.

2. Enhanced Strength – Combines titanium’s structural integrity with copper’s ductility for a durable composite.

3. High Corrosion Resistance – Titanium’s passive oxide layer protects the underlying copper from oxidation and corrosion.

4. Easy Fabrication – Can be easily cut, bent, and formed into custom designs with minimal processing.

5. Cost-Effective Production – Explosion bonding requires less energy and time than welding or diffusion bonding, making it economical for large-scale applications.

Applications

Oil and Gas Industry: Heat exchangers, offshore platforms, and pipeline components

Aerospace and Defence: Electrical connectors, heat sinks, and structural components

Power and Energy: Bus bars, electrodes, and current-carrying parts

Chemical Processing: Reactor linings and anti-corrosive equipment

Electrochemical Systems: Cathodes, anodes, and conductive transition joints

Product Forms

Titanium-Clad Copper Plates / Sheets

Titanium-Clad Copper Square Rods / Bars

Titanium-Copper Transition Joints and Fittings