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  • Compression Spring Solid Height
    The Solid Height of a compression spring is the height of the spring when all of the coils are brought together (stacked) by compression (load). Solid Height should only be specified when it is important to the function of the spring. It should be specified as a maximum allowing the spring
  • Active Coils in a Spring
    The active coils are what make a spring a spring. We normally refer to the coils that open in an extension spring, the coils that deflect or close in a compression spring and the coils that twist or wind up/down in a torsion spring as "active".
  • Active Coils in a Spring
    The active coils are what make a spring a spring. We normally refer to the coils that open in an extension spring, the coils that deflect or close in a compression spring and the coils that twist or wind up/down in a torsion spring as "active ". The active term should really be applied to any
  • Squareness of Compression Springs
    Squareness of a compression spring refers to the perpendicularity of the spring to its own axis. A spring that is "square" will exert more uniform loads, which may be needed in critical applications. Springs with ground ends generally offer better squareness than those with closed only ends
  • Determining Right Hand or Left Hand Spring Wind Direction
    ) of the spring. There are times when the direction of wind is very important, especially on torsion springs where the spring should close up (tightens up) during deflection (movement). The end of an extension or compression spring may also screw onto a mating machined part, so the direction of wind
  • Ask the Expert - Wave Spring Substitution, Compression and Performance
    Welcome back to the Ask the Expert Blog, where our engineers answer commonly asked ring and spring design questions. This week, our experts field some questions about wave spring substitutions, wave spring compression, and wave spring performance.
  • Ask the Expert - Wave Spring Compression and Deflection
    Welcome back to the Ask the Expert Blog, where our engineers answer commonly asked ring and spring design questions. This week, our experts field some questions about the performance characteristics of wave springs.
  • Gas Spring Technical Info: K-Factor
    As governed by Boyle's Law, P2 force is always greater than P1 force. During spring compression, the volume of rod introduced into the cylinder displaces an equal volume of gas, increasing the pressure in the cylinder and therefore the force of the spring. IGS standard springs are manufactured

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