Wave Washers – Phos Bronze

wave washers

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More Information

wave washer

  • Wave washers have more load build up and less deflection than a bowed washer.
  • Wave washers are usually used in thrust loading applications for small deflections, particularly where space is limited.
  • Wave washers are used to provide a controlled amount of friction between two surfaces and to prevent rattles.
  • The spring rate is approximately linear between 20% and 80% of available deflection.

Stock Materials

  • Spring Steel: SAE 1074 / ASTM#A684, hardened to Rockwell C45-50.
  • Stainless Steel: 301 / 302 Stainless Steel to ASTM#A177.

* These are materials we stock in various thicknesses. It does not mean we have finished inventory of all washers in each of these materials.
** Non stock alternate materials that are commonly run are Phosphor Bronze to ASTM#B103, Copper Alloy to UNS#C51000, and 17-7 Stainless Steel.
*** Customer specific materials different than those listed above are commonly run.

Finishes

  • Steel: Provided Plain Finish. Wave washers can be provided with a mechanical zinc plating processed in house which eliminates hydrogen embrittlement. A wide range of additional coatings are available: zinc electroplating, phosphate coatings, black oxide, etc.
  • Stainless Steel: provided plain finish or passivated.
  • Phosphor Bronze: provided plain finish.

Design Considerations

wave washers

  • Wave washers have more load build up and less deflection than a bowed washer.
  • Wave washers are usually used in thrust loading applications for small deflections, particularly where space is limited.
  • Wave washers are used to provide a controlled amount of friction between two surfaces and to prevent rattles.
  • The spring rate is approximately linear between 20% and 80% of available deflection.

Applications

wave washer

Side loading of roller bearings in a bearing housing is a classic application for wave spring washers. This eliminates play and rattle and can extend the life of the roller bearing notably