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Key Factors Influencing the Compression Force of a Wave Spring

Wave springs are a type of compression spring with a distinctive wave-like design that offers a compact alternative to traditional coil springs. Their ability to compress and expand within a limited space makes them well-suited for situations where size and weight are critical.

Structurally different from coil springs, wave springs have unique structural characteristics that influence their compression force. As a design engineer or product manufacturer, it is important to understand these influences prior to designing an application.
After reading this whitepaper, you will learn:

  • Major focus areas that influence Wave Spring compression force
  • How non-design factors can also influence compression.
  • How the different Wave Spring design parameters work together with a visual drawing

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Company Profile

Founded over 100 years ago, Smalley is the world leader in the manufacturing and development of Wave Springs, Spirolox® Retaining Rings, and Constant Section Rings. The Smalley product line consists of 11,000 standard parts stocked in carbon and stainless steel, as well as custom design solutions in exotic alloys or customer-specified dimensions. Engineers rely on our products as critical components in their assemblies due to their high-quality production and innovative space-saving capabilities.

At Smalley, we understand engineering. That is why we have an entire staff of engineers available for design consultations to provide our customers with a full range of resources – including CAD models of all our products. This ensures customer applications contain the most cost-effective solution possible. Ready to try the Smalley Advantage? Request complimentary product samples on our website!

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