Inductive brazing - the joining process for high precision and reliability

In inductive brazing, heat is generated by an alternating current induced in the workpiece. Inductive brazing can be carried out under inert gas, flux-free or in air with flux.

Due to a defined shape of the inductor, only the brazing point of the component is heated. This is why distortions or changes in the material properties of the remaining component are avoided.

The advantages of inductive brazing are:

• Variable temperature control and high energy efficiency
• Contactless heating of the component
• Suitable for hard-to-reach places requiring a secure and high-quality connection
• High strength and reliability of the connections
• A wide range of possibilities for joining different materials such as steel and stainless steel, non-ferrous metals or copper and its alloys.
• High process reliability and consistent production quality of the brazed components

Inductive brazing is suitable for the following applications:

• Generator and transformer components
• Internal combustion engine assemblies (water, oil, fuel and air lines)
• Long tube assemblies with brazed joints only at the tube ends
• Agricultural vehicles and machinery
• Construction machinery and vehicles
• Carbide applications in the tool and wear area
• Hydraulic piping and connection components
• Fittings for the sanitary and industrial installations sector