Multi Turn Wave Springs

Use a german wave spring design system to produce accurate size wave springs suitable for various industries.

As a professional wave spring supplier, Lisheng Spring has thousands of specifications of products. These include multi turn wave springs, snap ring, retaining ring, wave spring washer, wave washer, overlap wave spring, spiral retaining ring, wave rings, gap wave spring, etc. If you are interested in our products, please contact us.

A multi turned Wave Spring is an elastic component that is made by repeatedly wound flat wire into multiple circles with a wave-shaped shape. Its design features a series of stacked turns that alternate between high and low elevations, which enables it to have a higher capacity for load and a more stable force output in a limited space.

Compared to single-turn wave springsGap wave springs, overlapping wave springs, and multi-turn wave springs have a higher capacity for load, a larger range of deflections, and a longer life of fatigue. They’re commonly employed as a substitute for traditional springs that require precise control of force, high pressure, or limited space.

Why Choose our multi-turn wave springs?

  1. High-quality materials that have a long lifespan of fatigue and superior performance:

Developed from superior stainless steel, carbon steel, or special alloys, it guarantees a consistent performance under high stress and frequent use.

  1. Precision manufacturing:

CNC-wound that has a rigorous quality system in place that ensures consistent productivity, wave height, free height, and dimensions.

  1. Large capacity with limited size:

Increases the same or higher load while decreasing the installation height by over 50% in comparison to traditional springs.

  1. Perfect for bearing preload:

Constant, stable preload is provided that extends the life of the bearing and improves its precision; this is commonly used in high-speed and precision bearings.

  1. Customizable attributes:

Facilitates the customization of the number of waves, turns, material, surface treatment, load range, free height, inner and outer diameter, and satisfies specific equipment requirements.

  1. Effective quality management:

Every spring is subject to harsh testing and rigorous inspection that ensures its high reliability and consistent performance.

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