Principle of a disc spring
 
A disc spring is basically a conical ring shell that can bear loads in the axial direction. It can cover both oscillating (dynamic) and static (static) loads. Since the disc spring usually rests on the upper inner edge and outer outer edge, the force is normally applied at these points. A disc spring can be used individually or in combination, a so-called disc spring column. In a column, the springs can be stacked in packages in parallel and/or in alternating directions.
Compared to other types of springs, the disc spring has unique and advantageous properties.
 
The original disc springs are characterized by:
Optionally linear, degressive or progressive course of the spring characteristic.
Long service life under dynamic loads.
Use of high-quality materials.
Exact compliance with force and dimension specifications.

We supply disc springs made from the following materials:
Standard materials (C75S and 51CrV4)
corrosion-resistant material (X10 CrNi 18-8)
corrosion-resistant material (X7 CrNiAl 17-7)