Rotor Clip Company, Inc. Datasheets for Retaining Rings and Snap Rings
Retaining rings and snap rings are fasteners used to axially position a component on a shaft or in a bore.
Retaining Rings and Snap Rings: Learn more
| Product Name | Notes |
|---|---|
| Axially Assembled, Internal Inverted. Functions like an HO ring in a housing/bore, only the lugs are reversed. This version reduces the distance the lugs of the standard HO extend into... | |
| Axially Assembled, Internal. Once installed in the groove of a housing/bore, the portion of the ring protruding from the groove (also called a shoulder) holds an assembly in place. | |
| Constant Section Retaining Rings, Snap Rings | |
| Internal, Heavy Duty. These 2-turn rings provide 360° groove contact and are ideal for applications with high thrust loads. | |
| Internal, Light Duty These single-turn spiral rings are ideal for light duty applications. | |
| Radially Assembled, External Bowed Locking. Another variation of a bowed E ring is the EL. In addition to the bowed design for eliminating play in an assembly, it also features... | |
| Radially Assembled, External E Perhaps the most popular and widely used radial retaining ring is the E (so named because it is shaped like the letter E.) Three prongs make... | |
| Radially Assembled, External E, JIS. Perhaps the most popular and widely used radial retaining ring is the E (so named because it is shaped like the letter E). Three prongs... | |
| Self-Locking, External Push-On, Metric. This ring features a curved outer rim with a series of prongs protruding into the center. The ends create interference with the shaft when the ring... | |
| Snap Ring, Internal, Inch. Designed for needle bearings, once installed in the groove of a housing/bore, the portion of the ring protruding from the groove holds an assembly in place. | |
| Snap Ring, Internal, Metric. Designed for SAE Standard Metric Bearings. Once installed in the groove of a housing/bore the portion of the ring protruding from the groove holds an assembly... |
| << Prev | Next >> |