 |
High load with limited travel
(small deflection) |
|
High load to compress small design
space so better space utilization compare to other springs. Longer service or fatigue
life. Please click here to see graphical representation |
|
Ability to function as a
individual element or more often in group, in different group combination, so that stack
or assembly of these Disc Spring operate axially. Please click here to see graphical representation |
|
Greater security of operation
service, as failure of one Disc Spring element within a stack does not totally lead of
failure of entire assembly. |
|
Low maintenance cost as any of the
failed Disc Spring in assembly could be easily replaced. |
|
Spring load achieved by
reciprocally alternating disc. |
|
Axial load achieved by application
of guide bolt or sleeve. |
|
High damping capacity through
friction, which can be increased by parallel stacking. |
|
High endurance and fatigue
strength. |
|
Load, stack height and travel can
be determined and changed as needed. |
|
Exact determination of Disc Spring
characteristic. |
