Wave Washers

• The primary function of wave washers is to provide a cushioning effect or preload in assemblies.
• When compressed, the waves flatten out, exerting a force that helps maintain tension, absorb shock, or compensate for thermal expansion and contraction.

Wave washers are typically made from materials such as spring steel, stainless steel, or other alloys with suitable spring properties.

• Wave washers are used in various industries and applications, including automotive, electronics, appliances, and machinery.
• They are often employed in situations where space is limited, and a compact spring solution is needed.

• Wave washers are typically installed between two components, such as between a nut and a bolt or between a bearing and a housing.
• Proper orientation is crucial to ensure that the waves are aligned to provide the desired spring function.

• There are different types of wave washers, including single-turn and multi-turn variants. Single-turn wave washers have one continuous wave, while multi-turn versions have multiple waves.

• Wave washers offer a compact and lightweight spring solution compared to traditional coil springs.
• They provide a consistent spring force across a range of deflections.

• Wave washers are generally designed for axial loads and may not provide the same radial force as other types of springs.
• Over-compression can lead to permanent deformation and reduced effectiveness.