Friction stir welding is a solid-state joining process that uses heat that has been generated by friction to bond different materials. The friction-stir welding process uses a non-consumable tool to join the different materials. 

One of the major advantages of using the process is that it immediately improves the look and feel of the finished products, especially when the process is being compared to other methods. The process was developed almost 30 years ago, and it continues to be applied in a variety of industries.

Friction stir welding has been a preferred method in various industries for a variety of reasons, including its unique characteristics and that the process does not use any consumables. As a result, the finished weld will exhibit the following characteristics:

Friction Stir Welding
  • An appealing look and finish
  • An automated process
  • Little or no need for a shielding agent
  • Little to no shrinkage 

Friction stir welding is common in industries that use aluminum as one of their key materials for developing parts and components. As mentioned earlier, friction welding is used in a variety of industries for a variety of productions. Friction stir welding is widely used in the following industries:

  • Automotive industry
  • Aerospace industry
  • Shipbuilding industry
  • Railroad industry

Over the years, the above industries have experienced various technological advances and innovations that have led to changes in manufacturing and production. As more changes take place, it is important to be able to have efficient and productive methods. The aesthetics and performances of the parts and components need to be of the highest quality.

When there is concern about the utilization of materials, the financial resources, and the quality of the finished product, the method will allow you to achieve the best results. 

If you would like more information about this subject, please do not hesitate to contact us today.

The post Achieve Optimal Results With Friction Stir Welding appeared first on American Hydroformers.

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