Product Selection Differences for Waved or Bowed Spring Washers

Waved and bowed spring washers are both types of spring washers commonly used in mechanical assemblies to provide flexibility and absorb vibration. Here are the key differences to consider when selecting between them:

1. Design and Shape: Waved spring washers have a wave-like shape, with multiple curves along their circumference. Bowed spring washers, on the other hand, have a bow shape, similar to an arch. This difference in design affects their flexibility and load-bearing capacity.

2. Load Capacity: Bowed spring washers typically have a higher load capacity compared to waved spring washers. This means that bowed spring washers are better suited for applications where higher loads or pressures need to be managed.

3. Deflection and Resilience: Waved spring washers offer more deflection compared to bowed spring washers due to their wave-like design. This means that they can absorb more vibration and compensate for variations in the assembly.

4. Surface Contact: Bowed spring washers provide more surface contact compared to waved spring washers. This increased contact area can provide better load distribution and prevent damage to the mating surfaces.

5. Cost and Availability: Waved spring washers are often more readily available and cost-effective compared to bowed spring washers. Consider the availability and pricing of both options when making a selection.

In summary, consider the load requirements, deflection characteristics, surface contact needs, and cost factors when choosing between waved and bowed spring washers for your specific application.