DIN 127 Spring Split Lock Washer

Spring washers, also known as disc springs or Belleville washers, have a variety of uses in mechanical and engineering applications. Here are some common uses for spring washers: Fastener retention: Spring washers provide additional tension between fasteners such as bolts or nuts and the surface being fastened. This tension helps prevent the fastener from loosening due to vibration, thermal expansion/contraction, or other external forces. Shock Absorption: Spring washers absorb and disperse shock or shock loads that occur in machinery or equipment. They help minimize stress and prevent damage to fasteners or parts by providing cushioning. Wear Compensation: Over time, equipment or structures may experience wear and tear, causing gaps or loose connections. Spring washers can compensate for these gaps by maintaining constant tension between the fastener and the surface, ensuring a secure fit. Axial Pressure Control: Spring washers can regulate axial pressure in certain applications. By stacking or using spring washers of different thicknesses, the amount of pressure between components can be adjusted to provide controlled and consistent pressure. Conductivity: In electrical applications, spring washers serve as conductive connections between components. They provide reliable electrical contact, ensuring continuity and preventing resistive or intermittent connections. Anti-vibration: Spring washers can be used as anti-vibration components. By installing them between vibrating parts or machinery, they absorb and dampen vibrations, thereby reducing noise and potential damage to equipment. These are just a few examples of the many uses for spring washers. Their versatility and ability to provide tensioning, shock absorption, wear compensation, pressure regulation, electrical conductivity and vibration resistance make them valuable components in various industries.