Product Announcements:
Retaining Rings and Snap Rings

Durable spiral retaining rings in internal, external, and custom designs, providing secure component retention for diverse machinery and high-performance applications. Read more...

In early 2025, a leading aerospace manufacturer approached Rotor Clip with an urgent requirement for high-performance piston and sealing rings used in aircraft pneumatic systems and bleed valves. These critical components operate in exacting environments where failure is not an option. Read more...

MDH coil scrapers are pneumatic dust rings designed to help keep dust and particles from entering pneumatic cylinders. They help protect piston rods, seals and other moving components in industrial equipment. Read more...

LISPRING laminar seal rings form a metal labyrinth seal to protect industrial components from solid contaminants, with application-based designs. Read more...

Durable laminar seal rings provide reliable sealing for shafts, gearboxes, and high-pressure systems, ensuring contaminant protection and lubricant retention in demanding mechanical applications. Read more...

2-turn external spiral retaining rings provide a 360° retaining surface with a no-lug design for compact, secure shaft retention and easy installation. Read more...

Lisheng Spring spiral retaining rings provide a practical solution for retaining components in bores and on shafts, with straightforward spiral installation and removal for assembly and maintenance. Read more...

Spiral retaining rings provide secure shaft and bore retention with a continuous 360° retaining surface. Their no-lug design prevents interference with mating components and supports easy installation, removal, and customized solutions. Read more...

When selecting a retaining ring for your application, size alone does not determine performance. Ring geometry, installation method, and load distribution within the groove all influence how a ring behaves in your assembly. For example, spiral retaining rings and tapered section rings (circlips) both secure components within a groove, but they achieve retention in fundamentally different... Read more...

Standard retaining rings, or circlips, are designed to secure components and prevent axial movement within a groove. In many applications such as electric motors, automotive drivetrains, and aerospace actuators, assemblies require more than basic retention. Conditions like tolerance stack-up, vibration, and endplay require retaining rings that apply load-bearing force within the groove s... Read more...