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logo Stirweld France 2021
+33 06 47 49 73 96
  • Stirweld Products
    • FSW HEAD
      • FSW standard head
      • FSW Spindle for robot
    • FSW TOOLS
      • High strength aluminium
      • Standard aluminium
      • Aluminium silicon
      • Aluminium steel
      • Aluminium copper
      • Stirweld Tool Holder
      • FSW tools catalogue
    • SERVICES
      • FSW prototyping
    • FSW ACCESSORIES
      • Temperature measurement
      • FSW clamping system
  • Friction Stir Welding
    • FSW TECHNOLOGY
      • Friction Stir Welding process
    • FSW APPLICATIONS
      • Liquid cold plates
      • Heat sinks for e-mobility
      • Aluminium tank
      • Copper applications
      • Other FSW applications
  • FSW blog
    • ARTICLES
      • FSW: a cost-killer in the aeronautics industry
      • How to choose FSW tool for my application
      • 4 essential elements for high quality FSW welding
      • More
    • WHITE PAPERS
      • Thermal Management: FSW liquide cold plate
      • FSW x Rheocasting
      • FSW Water heat sink for e-mobility
      • More
    • WEBINARS
      • FSW: all you need to know about aluminium welding
      • Thermal management: liquid cold plate & FSW
      • FSW: die casting heat sink for e-mobility
      • More
    • VIDEOS
  • About us
  • Contact
  • EnglishEnglish
    • FrançaisFrançais
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COPPER APPLICATIONS

I discover

Friction Stir Welding of copper applications

Copper is used in many industrial sectors (energy, nuclear, naval, ornamental) for its properties: high thermal and electrical conductivity, high corrosion resistance and high ductility.

 

Why use FSW for copper welding ?

Friction Stir Welding of copper has several advantages over conventional techniques (MIG, TIG, brazing). The first one is a lower cost as there are few consumables, no surface cleaning and no preheating. Its mechanical properties are preserved mainly for Cu-Zn, Cu-P, Cu-Al, and the copper part remains highly conductive both electrically and thermally once welded.

Lower cost

No surface cleaning, no preheating, few consumables, reduction of raw materials.

High electrical conductivity

Metallurgical junction allowed by FSW.

High mechanical resistance

Copper is less affected by the welding temperature.

Copper welding process

LOWER COST

No surface cleaning, no preheating, few consumables, reduction of raw materials.

    HUGH ELECTRICAL CONDUCTIVITY 

    Metallurgical junction allowed by FSW.

      HIGH MECHANICAL RESISTANCE

      Copper is less affected by the welding temperature.

      Copper welding process

      What type of copper applications can be welded by Friction Stir Welding?

      WELDING OF COPPER COMPONENTS

      For copper components, the FSW technology is a lower cost technology than conventional techniques such as arc welding or brazing. Indeed, there is no surface preparation and few consumables: only the FSW tool.

      Friction Stir Welding keeps high thermal conductivity (metallurgical junction) and high mechanical strength to be maintained.

      Example of sector applications: nuclear.

      copper welding procedures
      Friction Stir welding aluminium to copper

      FSW USED FOR WELDING OF BUSBAR

      FSW replaces arc welding or brazing by improving the junction quality, by reducing the manufacturing cost (no electrode wear) and by increasing the mechanical resistance.

      There are two types of busbars Cu/Cu and Al/Al. Both can be welded by Friction Stir Welding.

      Example of sector applications: energy.

      WELDING OF BRASS COMPONENTS

      Friction Stir Welding reduces the machining volume of brass components in order to reduce their production cost. Moreover, FSW can replace brazing which improves the junction quality and increases the mechanical resistance.

      Example of sector applications: ornamental or nautical industry.

      Copper welding temperature

      FSW FOR WELDING OF LIQUID COLD PLATES

      FSW reduces the production cost as there is few consumables and no surface preparation. Friction Stir Welding also allows the mechanical properties of the base material to be retained: high thermal and electrical conductivity.

      Example of sector applications: thermal management.

      To know more about FSWed liquid cold plates, click here.

      Friction stir welding of thin copper sheets
      FSW of aluminium to copper

      REPLACEMENT OF COPPER BY ALUMINIUM

      Thanks to the Friction Stir Welding technology, copper can be welded with aluminium. This has several benefits:

      • Lower cost: replacement of screwing
      • Cost & mass savings: replacement of Copper by Aluminium
      • Excellent electrical conductivity: metallurgical junction.

      Moreover, FSW allows a metallurgical junction between copper and aluminium limiting electrical resistivity.

      Example of sector applications: energy.

      Copper applications: comparison between TIG/MIG & Friction Stir Welding

      TIG welding copper

      Interested in learning more about FSW of copper?

      Contact us for a presentation of the Stirweld solutions!

      Contact us

      FSW is now accessible


      Plus qu’un fournisseur FSW, Stirweld est le partenaire de vos projets FSW : études, qualifications, formation, tête FSW pour MOCN, outils. L’expertise et le conseil en plus. Nous vous accompagnons partout dans le monde et vous aidons à apprivoiser cette nouvelle technologie. Contactez-nous ! Stirweld sur Linked in Stirweld sur Twitter Youtube Stirweld

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