Curved Disc Spring Washer

These disc springs can return to their original height even after repeated cycling.

Curved disc spring washer.

Search within results. These curved flexible washers act like springs to compensate for tolerance variations and uneven surfaces. Our expert team leans our broad experience with metal stamping and manufacturing springs to offer the exact custom curved washer to meet your specific application requirements. Grainger s selection of disc springs can help you find the perfect fit.

Standard parts are available in un plated carbon steel stainless steel. Belleville washers and disc springs also known as conical washers are curved washers that create a spring like action. Choose from our selection of belleville disc springs wave disc springs stacked wave disc springs and more. The advantage of a disc spring is that it generates high force in a very short spring length and with minimal movement when compressed.

In stock and ready to ship. They are used in applications that require high force but have limited. Spec curved spring washers are often used to absorb axial end play. Belleville slotted wave finger and disc spring washers are also available in many materials and sizes.

Or select a tri dome shape disc spring that can handle larger loads than a wave spring. View more view all sort filter. Curved 58 curved spring washer 78 finger 20 metric 1 metric disc spring 344 poly wave compression 56 s 12 serrated 1 split wave springs 294 tri dome. Disc springs are used singly or in stacks to achieve a desired load and travel.

A disc spring sometimes called a belleville washer after the inventor consists primarily of a convex disc supported at the outer periphery by one force and an opposing force on the center of the disc. Finish is plain for both steel and stainless steel parts. When a large load is required in a limited space consider belleville disc springs. Curved spring washer disc springs.

Parts are supplied deburred with the set already removed. The relatively light loads provided are approximately linear between 10 and 80 of available deflection.