Explosion Bonded Titanium Copper Plate Titanium Clad Copper Square Rod

Place of Origin China
Brand Name Changsheng
Certification ISO 9001;2015
Model Number ASTM
Minimum Order Quantity 50kg
Price 35usd/kg
Packaging Details packed with export wooden case
Delivery Time 10-15days
Payment Terms L/C, D/A, D/P, T/T, Western Union, MoneyGram
Supply Ability 5000T/MONTH

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Product Details
Materials Titanium And Copper Thickness 10-50mm
Width 500-1000mm Techincal Explosion Bonded
Titanium Thickness 1-5mm Length 100mm - 6000mm
Surface Treatment Polished, Sandblasted, Or Customized Samples 12mm X 52mm X L
Technical Forging, Rolling And Explosion Welded Advantage Acid Resistance High Performance
Application Electronics, Chemical Industry, Aerospace, Etc. Titanium Layer 0.8-3mm
Copper OFHC Standards GB/T12769 2
Technique Explosion And Hot Rolled Shape Round Rod, Square Rod
Diameter 3.0~85mm Grade Titanium Copper
Test Ultrasonic Test(UT) ; X-ray Test
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Explosion Bonded Titanium Copper Plate

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Titanium Clad Copper Square Rod

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Titanium Clad Copper Plate

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Product Description

Description

 

Explosion Bonded Titanium Copper Plates are advanced composite materials created through an explosive bonding process that fuses two different metals — titanium and copper — into a single, high-performance structure.

This process produces a titanium-clad copper plate or rod, featuring a titanium outer layer for superior corrosion resistance and strength, and a copper inner layer for excellent electrical and thermal conductivity.

These titanium-copper composites are widely used in aerospace, defence, energy, and chemical industries, as well as in oil and gas pipelines, electrical conductors, and mechanical components requiring durability under high temperature and pressure.

Titanium-clad copper plates are also known for their ease of installation — they require no additional welding or machining, saving both time and cost.

Features

  1. Excellent Conductivity and Resistance:
    Outstanding electrical and thermal conductivity, with excellent abrasion and corrosion resistance.

  2. Good Processability:
    Easy to weld, cut, and form, offering flexibility in fabrication and installation.

  3. Superior Heat Dissipation:
    Effective in high-temperature environments where efficient heat transfer is critical.

  4. High Oxidation Resistance:
    Titanium’s anti-oxidation properties ensure a long service life even in harsh conditions.

  5. High Strength and Low Cost:
    Titanium-clad copper combines mechanical strength with cost efficiency, providing a reliable yet economical solution.

  6. Wear Resistance:
    Excellent wear performance, suitable for demanding industrial applications.

Advantages

  1. Enhanced Electrical Conductivity
    Explosion bonding ensures a seamless metallurgical bond, resulting in superior electrical conductivity compared with conventional bimetal rods or welded joints.

  2. Increased Strength
    The combination of titanium and copper provides exceptional mechanical strength, surpassing that of either metal alone.

  3. Outstanding Corrosion Resistance
    The titanium outer layer effectively protects the copper core from corrosion, oxidation, and chemical attack, even in extreme environments.

  4. Ease of Fabrication
    Explosion-bonded titanium copper plates are easy to cut, shape, and machine into custom configurations without losing bonding strength.

  5. Cost-Effectiveness
    Compared with traditional welding or casting methods, explosion bonding offers lower energy consumption and reduced processing costs, making it a practical and efficient choice for large-scale applications.

Applications

Explosion Bonded Titanium Copper Plates and Rods are used across multiple industries, including:

Aerospace and Defence:
Structural components, electrical connectors, and high-performance conductors.

Energy and Power:
Conductive transition joints, current-carrying bars, and power generation systems.

Oil & Gas Industry:
Components in high-pressure, high-temperature pipelines and refining systems.

Chemical and Marine Engineering:
Equipment exposed to corrosive media, including heat exchangers, condensers, and reactor vessels.

Electrochemical and Plating Industry:
Cathode and anode materials in electrolytic plating, chlor-alkali production, and electrolysis systems.

Key Benefits

Strong metallurgical bonding between titanium and copper

Lightweight yet highly durable

High current-carrying efficiency

Resistance to corrosion and chemical erosion

Reduced maintenance and longer service life

Product Forms Available

Titanium-Clad Copper Plates

Titanium-Clad Copper Sheets

Titanium-Clad Copper Square Rods

Titanium-Clad Copper Bars