Surface induction hardening enables the hardening of rotating parts. The resulting effect of these technologies is to form a high surface hardness of the workpiece to a certain depth while maintaining a ductile core. For this purpose, we have three high and mid-frequency technologies available. Subject to professional consultation, non-rotating or larger parts can be treated.
Maximum part dimensions:
Materials:
Properties:
Depth of hardening penetration:
The technology is only capable of hardening the part's surface. Heating is provided by an inductor of a corresponding shape (high-frequency alternate current passes through the inductor), followed by water spray or water bath cooling.
Maximum part dimensions:
Materials:
Properties:
Depth of hardening penetration:
The technology is only capable of hardening the part's surface. Heating is provided by an inductor of a corresponding shape (high-frequency alternate current passes through the inductor), followed by water spray or water bath cooling.
Maximum part dimensions:
Materials:
Properties:
Depth of hardening penetration: