Circlips :: Universal Bearings

External 0mm to 100mm

Circlip External 0mm to 100mm Circlips were developed over 60 years ago as a cost saving alternative to fastening such as machined collars on shafts or washer and pin assemblies and still offer the same benefits of a single fastening mechanism by reducing material waste and the number of components. However, today there are many variations to the basic Internal and External types; developed out of the special needs of the consumer for various strength and design characteristics.

External 101mm to 200mm

Circlip External 101mm to 200mm, The most common form of axially fitted circlips for shafts with grooves. Constructed as curved beams of uniform strength, the radial width is reduced towards the free ends so that a constantly round shape is maintained throughout continuous use. This form of circlip often used in assemblies subjected to strong centrifugal forces, is also secure against high rotational speeds. Lugs with holes are provided for rapid fitting or removal with circlip pliers. Standard material: Carbon Spring Steel - Standard Finish: Phosphate and Oil.

External 201mm

Circlip External 201mm, Constructed as curved beams of uniform strength, the radial width is reduced towards the free ends so that a constantly round shape is maintained throughout continuous use. This form of circlip often used in assemblies subjected to strong centrifugal forces, is also secure against high rotational speeds. Lugs with holes are provided for rapid fitting or removal with circlip pliers. The most common form of axially fitted circlips for shafts with grooves.Standard material: Carbon Spring Steel - Standard Finish: Phosphate and Oil.

Internal 0mm to 100mm

Circlip Internal 0mm to 100mm, Internal Circlips were developed over 60 years ago as a cost saving alternative to fastening such as machined collars on shafts or washer and pin assemblies and still offer the same benefits of a single fastening mechanism by reducing material waste and the number of components. However, today there are many variations to the basic Internal and External types; developed out of the special needs of the consumer for various strength and design characteristics.

Internal 101mm to 200mm

Circlip Internal 101mm to 200mm, Internal Circlips were developed over 60 years ago as a cost saving alternative to fastening such as machined collars on shafts or washer and pin assemblies and still offer the same benefits of a single fastening mechanism by reducing material waste and the number of components. However, today there are many variations to the basic Internal and External types; developed out of the special needs of the consumer for various strength and design characteristics.

Internal 201mm

Circlip Internal 201mm, Internal Circlips were developed over 60 years ago as a cost saving alternative to fastening such as machined collars on shafts or washer and pin assemblies and still offer the same benefits of a single fastening mechanism by reducing material waste and the number of components. However, today there are many variations to the basic Internal and External types; developed out of the special needs of the consumer for various strength and design characteristics.

Stainless Internal

Circlip Stainless Internal, Constructed as curved beams of uniform strength, the radial width is reduced towards the free ends so that a constantly round shape is maintained throughout continuous use. This form of circlip often used in assemblies subjected to strong centrifugal forces, is also secure against high rotational speeds. Lugs with holes are provided for rapid fitting or removal with circlip pliers.

Stainless External

Stainless External, Circlips were developed over 60 years ago as a cost saving alternative to fastening such as machined collars on shafts or washer and pin assemblies and still offer the same benefits of a single fastening mechanism by reducing material waste and the number of components. However, today there are many variations to the basic Internal and External types; developed out of the special needs of the consumer for various strength and design characteristics.

E Clips

E Clips, E-clips simplify designs and linked with lower installation costs are the ideal item for replacing more traditional fasteners. All are manufactured from carbon steel with a phosphate finish

Stainless E Clips

Stainless Steel E Clips, Specific type of retaining ring that is named for its rounded E shape. E-Clip fasteners require a slotted shaft to hold items in place, such as bearings.

D1360 Heavy Duty Internal

D1360 Heavy Duty Internal, A retaining ring is a fastener that holds components or assemblies onto a shaft or in a housing-bore when installed in a groove. Once installed, the exposed portion acts as a shoulder which retains the specific component or assembly. Circlips are a type of retaining ring. Self-locking retaining rings may be installed in applications where there is no groove. Retaining rings are typically made from carbon steel, stainless steel or beryllium copper and may feature a variety of finishes for corrosion protection depending on the type of environment in which they are used.

D1460 Heavy Duty External

D1460 Heavy Duty External, A retaining ring is a fastener that holds components or assemblies onto a shaft or in a housing-bore when installed in a groove. Once installed, the exposed portion acts as a shoulder which retains the specific component or assembly. Circlips are a type of retaining ring. Self-locking retaining rings may be installed in applications where there is no groove. Retaining rings are typically made from carbon steel, stainless steel or beryllium copper and may feature a variety of finishes for corrosion protection depending on the type of environment in which they are used.

Wire Retaining Ring

Wire Retaining Ring, A retaining ring is a fastener that holds components or assemblies onto a shaft or in a housing-bore when installed in a groove. Once installed, the exposed portion acts as a shoulder which retains the specific component or assembly. Circlips are a type of retaining ring. Self-locking retaining rings may be installed in applications where there is no groove. Retaining rings are typically made from carbon steel, stainless steel or beryllium copper and may feature a variety of finishes for corrosion protection depending on the type of environment in which they are used.

Snap Rings SP-NR suit Bearings

Snap Rings SP-NR suit Bearings, A retaining ring is a fastener that holds components or assemblies onto a shaft or in a housing-bore when installed in a groove. Once installed, the exposed portion acts as a shoulder which retains the specific component or assembly. Circlips are a type of retaining ring. Self-locking retaining rings may be installed in applications where there is no groove. Retaining rings are typically made from carbon steel, stainless steel or beryllium copper and may feature a variety of finishes for corrosion protection depending on the type of environment in which they are used.

N Series Imperial

N Series Imperial, A retaining ring is a fastener that holds components or assemblies onto a shaft or in a housing-bore when installed in a groove. Once installed, the exposed portion acts as a shoulder which retains the specific component or assembly. Circlips are a type of retaining ring. Self-locking retaining rings may be installed in applications where there is no groove. Retaining rings are typically made from carbon steel, stainless steel or beryllium copper and may feature a variety of finishes for corrosion protection depending on the type of environment in which they are used.

WRE Retaining Rings Suit SLO4 Bearings

WRE Retaining Rings Suit SLO4 Bearings fastners, Trends in recent years have been away from threaded fasteners and in favor of retaining rings. Retaining rings are metal fasteners that are installed into a groove on a shaft or in a housing or bore creating a shoulder that retains an assembly. They eliminate threading, tapping, drilling and other machining operations associated with more traditional fasteners like screws, nuts, bolts, cotter pins, washers and more. They can significantly reduce production costs since the grooves can be machined with other production processes. Overall they provide a more compact, functional design than their traditional counterparts ADVANTAGES OVER TRADITIONAL FASTENERS Less shaft-housing preparation (threading, tapping, drilling, etc.) Reduced weight and size of finished design LOWER COSTS of raw material and labor