Wave Springs

Wave Spring - 4 Turns, 3 Waves refers to a type of wave spring formed by 4 turns, with each turn containing 3 wave crests or undulations.Structural Description:4 Turns: The spring consists of four coiled layers, which provide greater elastic force and load capacity.3 Waves: Each turn has three wave formations that contribute to the spring's compression and recovery functions.This is a compression-type wave spring. Through its multi-turn and multi-wave-per-turn design, it delivers a stable and controllable compression force within a limited space.   

  A single-turn multi-wave wave spring is a type of compression spring made from flat metal strip material, characterized by its wave-like structure. “Single-turn multi-wave” refers to the spring consisting of only one complete turn, but with multiple peaks and valleys within that turn. This design provides more stable and controllable elastic force in compact spaces.

Wave Spring - 8 Turns - Multi-Wave is a type of compression spring made from flat metal strip formed into a wave-like shape. It utilizes the elasticity of the metal material and its wave structure to provide stable spring force during compression.

Wave Spring – 5 Waves is a type of spring made from thin metal material, designed in a wave-like shape. Compared to traditional coil springs, it provides the same elastic functionality with a more compact design. Wave springs are commonly used in applications that require limited space and precise force control.Wave springs are made from thin sheet metal materials and have a wavy shape. Their unique wave design replaces traditional coil springs, offering effective force within limited space.Due to their compact structure and high elastic deformation capability, wave springs are particularly suitable for applications that require precise load control and minimal space usage.  

Nested Wave Spring– 5 Waves is a type of spring formed by stacking multiple wave springs tightly together in a concentric and aligned manner. Compared to traditional single-layer wave springs, nested wave springs offer significantly higher load capacity and stiffness within the same installation space.Their unique structure allows them to withstand greater compressive forces while maintaining a low working height, making them particularly suitable for applications that require high load capacity in confined spaces.