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Choose from our selection of push-on external retaining rings, push-on internal retaining rings, self-locking external retaining rings, and more. In stock and ready to ship.
Self-Locking Retaining Rings are ideal for applications that have high rotational requirements. This feature allows the ring to function properly at speeds that exceed the recommended rotational capacity. The self-locking option can be incorporated for both external and internal rings.
Self-locking rings, also called push-on rings, slide over a rod or shaft and secure into place using a ring of internal wings or fingers that bite into the shaft. They do not need grooves like standard retaining rings but have reduced holding power which limits them to light-duty applications.
Push-On Rings are a self-locking retaining ring that applies frictional force against a shaft or housing to hold a mechanical component in place. Commonly found in external or internal self-locking designs, Push-On Rings do not require grooves or additional machining to be secured into place.
Circular self-locking rings with self-locking feature. SEEGER circular self-locking rings have a concentric fit and a low radial height and can be used on shafts and in bores without a groove. The material of the shaft or housing must be softer than the ring‘s material.
Self-locking allows the ring to operate at high speeds, withstand vibration, function under rapid accelerations, and absorb a degree of impact loading. From electric motors to transmissions, the Revolox® Self-Locking Ring is engineered with your high rotational capacity applications in mind.
Self-locking rings, also called push-on rings, slide into a bore or housing and secure themselves into place using external wings or fingers that bite into the sidewalls. While they don't need grooves like standard retaining rings, they are limited to light-duty applications due to their reduced holding power.
