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Introduction
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| Disc Springs are conically formed angular discs which are loaded in the
axial direction. They can be statically loaded as well, subject to continuous dynamic
loads. They can be used as a single disc or in multiple stack combinations to achieve
desired deflections and characteristics. |
| Compared to a Coil Spring, a Disc Spring achieves economy in design and
reduces the cost of the overall assembly by the maximum utilization of space. |
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| The Disc Spring is unique among the various types of springs because it
offers several distinct advantages over its counterparts. Among them are the following: |
| 1. A choice of a wide range of load deflection characteristics such as
straight line, progressive and regressive. |
| 2. Flexibility in stack arrangement in order to achieve desired
performance. |
| 3. Space Saving. |
| 4. Self damping (especially when stacked in parallel). |
| 5. Longer fatigue life. |
| 6. Simplified inventory because an individual spring size can be used for
a wide range of applications. |
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Disc Spring
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Disc Spring Advantages |
Channels & Springs
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Group Spacers & Shims & Lock Washers
| Valve Plates |
Springs Plates |
Finger Plates, Channel Springs & Valve Reads |
Valve Assembly |
Characteristics
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Dimensions |
Disc Springs for Heavy Bolt Section
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Disc Springs for Flange Applications |
Disc Springs Tolerances
| Machinaries
Installed | List of
Major Machinaries Installed
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Designed
& Hosted by : MID
Promoted
by : GID