Friction welding is a process in which two parts are joined by generating heat through friction and applying pressure. No filler material or flux is required, as the heat is generated directly at the interface of the parts.
Friction welding joins aluminum parts without the need for additional materials, achieving a homogeneous and highly resistant fusion.
✔ Defect-free joints with excellent strength
✔ Applications in demanding sectors such as automotive and aerospace
✔ Efficient and sustainable process
● The joints are typically very strong and free of defects, as the heat is precisely controlled.
● No electrodes or additional metals are required.
● It consumes less energy than other welding methods, as the heat is generated locally.
● Since the heat is produced in a controlled manner, deformations are minimal.
● The welding time is generally short.
● It is possible to weld materials that normally cannot be joined using traditional methods.
● It is easily integrable into automated production lines.
● No porosity, cracks, or gas contamination.
Manufacturing of components such as shafts, connecting rods, and drive shafts.
Manufacturing of components such as shafts, connecting rods, and drive shafts.
Welding of rails and train axles.
Construction of high-strength metal components.
Joints in pipelines and subsea structures.
Welding of hard materials to shafts or metal supports.
Customized metal solutions