Beveled Retaining Rings (Circlips)
Engineered to eliminate endplay, reduce vibration, and secure assemblies
What Are Beveled Retaining Rings?
Beveled retaining rings are a type of circlip designed with a 15° beveled groove interface that enables wedge-style retention within the assembly. This design supports secure axial positioning under load or vibration and allows controlled compensation of endplay through groove engagement.
These rings are part of Rotor Clip’s tapered section retaining ring (circlip) family and are available in internal and external configurations to support a wide range of groove designs and applications.
Rotor Clip Beveled Retaining Rings
Rotor Clip beveled retaining rings are available in both internal (VHO) and external (VSH) configurations. During installation, internal rings are compressed into the groove while external rings are expanded beyond their free diameter to seat properly within the groove.
These configurations are available in a wide range of sizes and material options to support a wide variety of application requirements.
Beveled Retaining Ring Features
Explore the key functional characteristics of Rotor Clip beveled retaining rings below.
| Feature | Beveled Retaining Rings |
| Function | Rigid axial retention within the groove |
| Load Behavior | Retention force increases under axial load |
| Operating Principle | 15° bevel geometry acts as a wedge within groove |
| Endplay Control | Maintains stable positioning with minimal axial movement |
| Vibration Response | Resists back-out under shock and sustained load |
| Tolerance Compensation | Achieved through wedge engagement in groove |
| Groove Design | Beveled and deeper groove to allow for range of functionality |
| Assembly Impact | Provides predictable locking behavior under load |
| Configurations | Internal (VHO) and external (VSH) |
Beveled Ring Groove Seating
Beveled groove geometry and depth directly influence how the ring seats within the groove and engages during assembly. The diagrams below illustrate how beveled retaining rings seat under different groove conditions and how groove geometry impacts ring position within the assembly.
Beveled Retaining Ring Materials & Finishes
Standard materials for beveled circlips include carbon steel and stainless steel. Specialty alloys such as beryllium copper, phosphor bronze, and Inconel 718, are also available for applications that require enhanced performance or resistance to challenging environments.
Blog: An Introduction to Beveled Retaining Rings
Beveled Circlip FAQs
A beveled retaining ring is a type of circlip designed with a 15° beveled groove interface that creates wedge-style retention within an assembly. It is used to support secure axial positioning and controlled endplay take-up within the groove system.
Beveled retaining rings use a 15° wedge interface within the groove to provide rigid axial positioning. Bowed retaining rings use a preformed bow that introduces spring action to maintain axial preload. Each design addresses different assembly requirements depending on whether rigid retention or continuous preload is needed.
See more on bowed rings
No. Beveled retaining rings do not use spring or preload behavior. Retention is achieved through rigid wedge engagement between the ring and the beveled groove wall.
Yes. Rotor Clip offers full customization of beveled tapered section circlips, including modifications to bevel angle, material, finish, and end configuration. Whether you need a non-standard size, an exotic alloy, or a modified geometry, our engineering team will collaborate with you from prototype through production.
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