multi-turn wave spring with shim ends for your machines KMS

The upper and lower layers are in contact at the crests and valleys; the effective number of coils is 2 fewer than the total number of coils. Multi-turn wave springs with shimmed ends usually have multiple wave crests, which generate relative axial displacement when subjected to axial loads, forming deformation energy. When the applied load is removed, the wave spring returns to its original shape under the deformation energy, providing cushioning and vibration damping. The design of this spring allows it to provide a stable elasticity ratio, where the load is proportional to the amount of deformation, under a variety of operating conditions, thus ensuring precise load control.

Features and Advantages

• Structural stability: shim ends increase the contact surface, providing better stability and uniform load distribution, reducing localized stress concentrations.
• Vibration damping effect: This design can effectively cushion shock and vibration and is suitable for high frequency and large movement occasions.
• Multi-coil design: The design of multiple coils gives the spring better elasticity and deformation ability, and can withstand greater loads.
• Applications: Widely used in automobile suspension systems, mechanical equipment, electronic products, etc., where high performance and high reliability are required.
• Material Selection: High-strength materials, such as alloy steel, are often used to improve the fatigue life and durability of the springs.

multi-turn wave spring with shim ends