Spring Steel Retaining Rings and Snap Rings
from Stock Drive Products & Sterling Instrument - SDP/SI
Industrial fasteners are hardware devices that join two or more items together, creating a semi-permanent or permanent connection. The fasteners most frequently used by machinery designers are screws, nuts, retaining rings, and various types of pins because of the basic role that they play in the... [See More]
- Material: Spring Steel; Spring Steel (1065-1090)
- Design Units: Metric
- Ring Type: External
- Shaft Diameter: 0.3937
from RS Components, Ltd.
890 piece steel circlip kit Type 1 [See More]
- Material: Spring Steel; Steel
- Ring Style: Circlip; E type, external, internal
- Ring Type: Internal; External
- Design Units: Metric
from Smalley
Smalley has recently partnered with Beneri, the leading Italian circlip manufacturer since 1958, to bring you even more retaining ring solutions at the same quality you trust. What is a Tapered Section Retaining Ring (Circlip)?. Tapered section retaining rings, also referred to as circlips, are... [See More]
- Material: Spring Steel
- Ring Style: Circlip
- Ring Type: Internal
- Design Units: Metric
from Stock Drive Products & Sterling Instrument - SDP/SI
Industrial fasteners are hardware devices that join two or more items together, creating a semi-permanent or permanent connection. The fasteners most frequently used by machinery designers are screws, nuts, retaining rings, and various types of pins because of the basic role that they play in the... [See More]
- Material: Spring Steel; Spring Steel (HRC 46-52)
- Ring Style: Grooveless / Self-locking
- Ring Type: External
- Design Units: Metric
from RS Components, Ltd.
450 piece steel circlip kit [See More]
- Material: Spring Steel; Steel
- Ring Style: Circlip; E type, external, internal
- Ring Type: Internal; External
- Design Units: Metric
from RS Components, Ltd.
RS PRO 100R8310017 Circlip [See More]
- Material: Spring Steel; Steel
- Thickness: 0.4331
- Ring Style: Circlip
- Ring OD: 0.4016
from RS Components, Ltd.
RS PRO 50R8310021 Circlip [See More]
- Material: Spring Steel; Steel
- Thickness: 0.5118
- Ring Style: Circlip
- Ring OD: 0.4685
from RS Components, Ltd.
RS PRO 50R8310025 Circlip [See More]
- Material: Spring Steel; Steel
- Thickness: 0.5906
- Ring Style: Circlip
- Ring OD: 0.5433
from RS Components, Ltd.
RS PRO 50R8310029 Circlip [See More]
- Material: Spring Steel; Steel
- Thickness: 0.6693
- Ring Style: Circlip
- Ring OD: 0.6181
from RS Components, Ltd.
RS PRO 10R8310051 Circlip [See More]
- Material: Spring Steel; Steel
- Thickness: 1.1
- Ring Style: Circlip
- Ring OD: 1.02
from RS Components, Ltd.
RS PRO 10R8310055 Circlip [See More]
- Material: Spring Steel; Steel
- Thickness: 1.18
- Ring Style: Circlip
- Ring OD: 1.1
from RS Components, Ltd.
RS PRO 10R8310059 Circlip [See More]
- Material: Spring Steel; Steel
- Thickness: 1.26
- Ring Style: Circlip
- Ring OD: 1.17
from RS Components, Ltd.
RS PRO 10R8310065 Circlip [See More]
- Material: Spring Steel; Steel
- Thickness: 1.38
- Ring Style: Circlip
- Ring OD: 1.27
from RS Components, Ltd.
RS PRO 10R8310075 Circlip [See More]
- Material: Spring Steel; Steel
- Thickness: 1.57
- Ring Style: Circlip
- Ring OD: 1.44
from RS Components, Ltd.
RS PRO 10R8310079 Circlip [See More]
- Material: Spring Steel; Steel
- Thickness: 1.65
- Ring Style: Circlip
- Ring OD: 1.52
from RS Components, Ltd.
RS PRO 10R8310085 Circlip [See More]
- Material: Spring Steel; Steel
- Thickness: 1.77
- Ring Style: Circlip
- Ring OD: 1.63
from RS Components, Ltd.
RS PRO 5R8310095 Circlip [See More]
- Material: Spring Steel; Steel
- Thickness: 1.97
- Ring Style: Circlip
- Ring OD: 1.8
from RS Components, Ltd.
RS PRO 10R8310105 Circlip [See More]
- Material: Spring Steel; Steel
- Thickness: 2.17
- Ring Style: Circlip
- Ring OD: 2
from RS Components, Ltd.
RS PRO 5R8310115 Circlip [See More]
- Material: Spring Steel; Steel
- Thickness: 2.36
- Ring Style: Circlip
- Ring OD: 2.2
from RS Components, Ltd.
RS PRO 5R8310122 Circlip [See More]
- Material: Spring Steel; Steel
- Thickness: 2.56
- Ring Style: Circlip
- Ring OD: 2.39
from RS Components, Ltd.
RS PRO 5R8310131 Circlip [See More]
- Material: Spring Steel; Steel
- Thickness: 2.76
- Ring Style: Circlip
- Ring OD: 2.58
from RS Components, Ltd.
RS PRO 5R8310138 Circlip [See More]
- Material: Spring Steel; Steel
- Thickness: 2.95
- Ring Style: Circlip
- Ring OD: 2.78
from RS Components, Ltd.
RS PRO 50R8310395 Circlip [See More]
- Material: Spring Steel; Steel
- Thickness: 0.4724
- Ring Style: Circlip
- Ring OD: 0.5118
from RS Components, Ltd.
Pack of 50 Internal circlips for bores ( [See More]
- Material: Spring Steel; Steel
- Thickness: 0.5512
- Ring Style: Circlip
- Ring OD: 0.5945
from RS Components, Ltd.
RS PRO 50R8310401 Circlip [See More]
- Material: Spring Steel; Steel
- Thickness: 0.5906
- Ring Style: Circlip
- Ring OD: 0.6378
from RS Components, Ltd.
RS PRO 50R8310403 Circlip [See More]
- Material: Spring Steel; Steel
- Thickness: 0.6299
- Ring Style: Circlip
- Ring OD: 0.6811
from RS Components, Ltd.
Pack of 50 Internal circlips for bores ( [See More]
- Material: Spring Steel; Steel
- Thickness: 0.7087
- Ring Style: Circlip
- Ring OD: 0.7677
from RS Components, Ltd.
RS PRO 50R8310411 Circlip [See More]
- Material: Spring Steel; Steel
- Thickness: 0.7874
- Ring Style: Circlip
- Ring OD: 0.8465
from G.L. Huyett
Lighter duty radially-installed external rings that tolerate wide groove tolerances. Easily fitted and removed using a standard hand tool or applicator. [See More]
- Material: Spring Steel
- Ring Style: Circlip
- Ring Type: External
- Design Units: Inch
from TFC Ltd.
The EH Series metric retaining rings are Smalley's standard Spiral Retaining Rings produced to Metric Aerospace specifications (MA 4017). They fit grooves specifically designed for 2-turn spiral retaining rings and accommodate light to medium duty applications. Standard Materials: Carbon Steel / 302... [See More]
- Material: Spring Steel; Stainless Steel
- Ring Style: Spring Steel
- Ring Type: Internal
from Reid Supply
Retainer Rings are installed into pre-manufactured grooves on axles to act as a shoulder and retain a specified component or assembly. These retainers are designed with a lip for easy assembly and dismantling.C-Clip Retainer Rings can be used on axles with or without pre-manufactured grooves as an... [See More]
- Material: Spring Steel
- Shaft Diameter: 0.2500
- Design Units: Inch
- Finish: Coating or Plating
from Daemar Inc.
Compensating for accumulated tolerances is what a BE "Bowed" retaining ring is designed to do on a shaft. Once snapped into the groove. bowed rings exert a force or a "preload" on the retained parts for the range specified on the BE size range chart. Size Range: .110 in - .984 in [See More]
- Material: Beryllium Copper; Spring Steel; Stainless Steel
- Ring Style: Bowed
- Ring Type: External
- Shaft Diameter: 0.1250
from G.L. Huyett
Radially-assembled part that uses circular deformation for retention. Narrow section height provides good clearance capabilities. Absence of teeth and deep set means lower thrust load ratings than E-clips. Install using an applicator. [See More]
- Material: Beryllium Copper; Spring Steel
- Ring Style: Bowed
- Ring Type: External
- Design Units: Inch; Metric
from TFC Ltd.
The ES Series metric retaining rings are Smalley's standard Spiral Retaining Rings produced to Metric Aerospace specifications. They fit grooves specifically designed for 2-turn spiral retaining rings and accommodate light to medium duty applications. Standard Parts: 12mm - 280mm diameters. Standard... [See More]
- Material: Spring Steel; Stainless Steel
- Ring Style: Spring Steel
- Ring Type: External
- Shaft Diameter: 0.4724 to 11.02
from Reid Supply
Retainer Rings are installed into pre-manufactured grooves on axles to act as a shoulder and retain a specified component or assembly. These retainers are designed with a lip for easy assembly and dismantling.C-Clip Retainer Rings can be used on axles with or without pre-manufactured grooves as an... [See More]
- Material: Spring Steel
- Shaft Diameter: 0.3937
- Design Units: Metric
- Finish: Coating or Plating
from Daemar Inc.
Compensating for accumulated tolerances is what a BHO retaining ring is designed to do in a housing/bore. Once snapped into the groove. bowed rings exert a force or "preload" on the retained parts for the range specified on the BHO size range chart. Size Range: .250 in - 1.750 in [See More]
- Material: Beryllium Copper; Spring Steel; Stainless Steel
- Ring Style: Bowed
- Ring Type: Internal
- Housing Diameter: 0.2500
from G.L. Huyett
Stamped clips for deep grooves with three prongs that yield high thrust load capacity. [See More]
- Material: Spring Steel
- Ring Style: Radially Assembled
- Ring Type: External
- Design Units: Inch; Metric
from TFC Ltd.
Tapered design principle permits rings to maintain constant circularity and pressure against the bottom of the groove. Standard Material: Carbon spring steel. Standard Finish: Phosphate & oil. Dimensions in Inches [See More]
- Material: Spring Steel
- Ring Style: Circlip
- Ring Type: External
- Finish: Coating or Plating
from Reid Supply
Retainer Rings are installed into pre-manufactured grooves on axles to act as a shoulder and retain a specified component or assembly. These retainers are designed with a lip for easy assembly and dismantling.C-Clip Retainer Rings can be used on axles with or without pre-manufactured grooves as an... [See More]
- Material: Spring Steel
- Shaft Diameter: 0.2362
- Design Units: Metric
- Finish: Coating or Plating
from Daemar Inc.
Compensating for accumulated tolerances is what a BSH "bowed" retaining ring is designed to do on a shaft. Once snapped into the groove. bowed rings exert a force or "preload" on the retained parts for the range specified on the BSH size range chart. Size Range: .250 in - 1.750 in [See More]
- Material: Beryllium Copper; Spring Steel; Stainless Steel
- Ring Style: Bowed
- Ring Type: External
- Shaft Diameter: 0.2500
from G.L. Huyett
Eaton ™-style rings are a class of retaining rings popularized by the Eaton ™ Corporation, a huge industrial conglomerate. These rings are wire formed and based on designs established by the automotive and industrial marketplace. Eaton ™ began manufacturing these rings as an... [See More]
- Material: Spring Steel
- Ring Style: Wire Formed Snap Rings
- Ring Type: External
- Design Units: Inch
from TFC Ltd.
Tapered design principle permits rings to maintain constant circularity and pressure against the bottom of the groove. DIN: 471. Standard Material: Carbon spring steel. Standard Finish: Phosphate & oil. Dimensions: mm [See More]
- Material: Spring Steel
- Ring Style: Circlip
- Ring Type: External
- Design Units: Metric
from Reid Supply
Retainer Rings are installed into pre-manufactured grooves on axles to act as a shoulder and retain a specified component or assembly. These retainers are designed with a lip for easy assembly and dismantling.C-Clip Retainer Rings can be used on axles with or without pre-manufactured grooves as an... [See More]
- Material: Spring Steel
- Shaft Diameter: 0.6299
- Design Units: Metric
- Finish: Coating or Plating
from Daemar Inc.
Ideal for low clearance applications where radial installation is preferred. Size Range: .125 in - 2.000 in [See More]
- Material: Beryllium Copper; Spring Steel; Stainless Steel
- Ring Style: Radially Assembled
- Ring Type: External
- Shaft Diameter: 0.1250
from G.L. Huyett
Grip rings are stamped grooveless retainers that are radially applied using an applicator. Because there is no groove, the part may be adjusted on the shaft to take up end-play. Load capacity will be reduced if the part is reused. [See More]
- Material: Beryllium Copper; Spring Steel
- Ring Style: Radially Assembled
- Ring Type: External
- Design Units: Inch
from TFC Ltd.
Tapered design principle permits rings to maintain constant circularity and pressure against the bottom of the groove. Standard Material: Carbon spring steel. Standard finish: Phosphate & oil. Dimensions: Inches [See More]
- Material: Spring Steel
- Ring Style: Circlip
- Ring Type: Internal
- Design Units: Inch
from Reid Supply
Retainer Rings are installed into pre-manufactured grooves on axles to act as a shoulder and retain a specified component or assembly. These retainers are designed with a lip for easy assembly and dismantling.C-Clip Retainer Rings can be used on axles with or without pre-manufactured grooves as an... [See More]
- Material: Spring Steel
- Shaft Diameter: 0.1575
- Design Units: Metric
- Finish: Coating or Plating
from Daemar Inc.
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 contact with the bottom of the groove and provide a shoulder for effective retention of assemblies. Size Range: .040 in - 1.375 in [See More]
- Material: Beryllium Copper; Spring Steel; Stainless Steel
- Ring Style: Radially Assembled
- Ring Type: External
- Shaft Diameter: 0.0625
from G.L. Huyett
Axially assembled internal retaining rings are made from zinc plated spring steel that install with needle-nose pliers into a housing or bore. They have a tapered design that allows the ring to maintain constant pressure against axles, gears, and bearings inside machinery housings to prevent... [See More]
- Material: Beryllium Copper; Spring Steel
- Ring Style: Bowed
- Ring Type: Internal
- Design Units: Inch; Metric
from TFC Ltd.
Tapered design principle permits rings to maintain constant circularity and pressure against the bottom of the groove. DIN: 472. Standard Material: Carbon spring steel. Standard Finish: Phosphate & oil. Dimensions: mm [See More]
- Material: Spring Steel
- Ring Style: Circlip
- Ring Type: Internal
- Design Units: Metric
from Reid Supply
Retainer Rings are installed into pre-manufactured grooves on axles to act as a shoulder and retain a specified component or assembly. These retainers are designed with a lip for easy assembly and dismantling.C-Clip Retainer Rings can be used on axles with or without pre-manufactured grooves as an... [See More]
- Material: Spring Steel
- Shaft Diameter: 1
- Design Units: Inch
- Finish: Coating or Plating
from Daemar Inc.
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 two prongs. which extend from the inner circumference to the open end locking the ring firmly into place. Size Range: .092 in - .375 in [See More]
- Material: Beryllium Copper; Spring Steel; Stainless Steel
- Ring Style: Bowed
- Ring Type: External
- Shaft Diameter: 0.0938
from G.L. Huyett
Two-part radially-assembled ring with semicircular halves held together by interlocking prongs. Symmetrical shape “balances ” the part to withstand high rotational speeds. Attractive appearance for exposed applications. [See More]
- Material: Beryllium Copper; Spring Steel
- Ring Style: Interlocking
- Ring Type: External
- Design Units: Inch
from TFC Ltd.
Standard Material: Carbon spring steel. Standard Finish: Phosphate & oil. H: Max rigid endplay take-up. Dimensions: Inches [See More]
- Material: Spring Steel
- Ring Style: Circlip
- Ring Type: External
- Design Units: Inch
from Daemar Inc.
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. Size Range: .250 in - 10.0 in [See More]
- Material: Spring Steel
- Ring Style: Circlip
- Ring Type: Internal
- Housing Diameter: 0.2500
from G.L. Huyett
Radially-assembled heavy duty ring with large shoulders ( “ears ”) and thicker material than E-clips. Install using an applicator or standard pliers and screwdriver. [See More]
- Material: Spring Steel; Stainless Steel
- Ring Style: Radially Assembled
- Ring Type: External
- Design Units: Inch
from TFC Ltd.
Bevelled feature permits rigid take-up of end play. Standard Material: Carbon spring steel. Standard Finish: Phosphate & oil. H: Max rigid endplay take-up. Tc: Allowable thrust load of circlip. Dimensions: inches [See More]
- Material: Spring Steel
- Ring Style: Circlip
- Ring Type: Internal
- Design Units: Inch
from Daemar Inc.
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 the inner circumference of the housing/bore and allows for another assembly to pass through unimpeded. Size Range: .625 in - 2.5 in [See More]
- Material: Beryllium Copper; Spring Steel; Stainless Steel
- Ring Style: Circlip
- Ring Type: Internal
- Housing Diameter: 0.6250
from G.L. Huyett
Radially-installed part functions as both a shoulder and spring due to its curved shape and prongs. High thrust load capacity and unique design make this a good retainer against rotating parts. Install using an applicator or screwdriver. [See More]
- Material: Spring Steel
- Ring Style: Radially Assembled
- Ring Type: External
- Design Units: Inch
from TFC Ltd.
Radially applied. Provides large shoulder on small shaft diameter. Bowed construction permits resilient take-up of end play. Standard Material: Carbon spring steel. Standard Finish: Phosphate & oil. Dimensions in Inches [See More]
- Material: Spring Steel
- Finish: Coating or Plating
- Ring Style: Circlip
from Daemar Inc.
The LC ring is produced in two identical halves. The ends interlock into a groove on a shaft and. once assembled. are dynamically balanced. As a result. they are particularly effective at retaining assemblies with extremely high rotational speeds. Size Range: .469 in - 3.375 in [See More]
- Material: Beryllium Copper; Spring Steel; Stainless Steel
- Ring Style: Radially Assembled; Interlocking
- Ring Type: External
- Shaft Diameter: 0.4688
from G.L. Huyett
These are excellent grooveless retainers used primarily in lighter-duty applications. We offer internal, external, toothed and odd styles in a variety of materials and finishes. [See More]
- Material: Beryllium Copper; Spring Steel
- Ring Style: Grooveless / Self-locking
- Ring Type: Internal; External
- Design Units: Inch; Metric
from TFC Ltd.
Bowed construction permits resilient take-up of end play. Standard Material: Carbon spring steel. Standard Finish: Phosphate & oil. H: Max rigid endplay take-up. F: Force required to flatten ring. *sizes 018-023 Beryllium. Copper only. Dimensions: Inches [See More]
- Material: Spring Steel
- Ring Style: Circlip
- Ring Type: External
- Design Units: Inch
from Daemar Inc.
The PO ring features wide "ears" (resembling those of a poodle dog. thus the name) which offer extra retention surface against the retained part. PO rings also come in thinner sizes as a standard series of rings known as POL. Size Range: .156 in - 2.000 in [See More]
- Material: Beryllium Copper; Spring Steel; Stainless Steel
- Ring Style: Radially Assembled
- Ring Type: External
- Shaft Diameter: 0.1562
from G.L. Huyett
We offer a complete line of these “hard to find ” and “hard to install ” rings, including external, internal, square, round, as well as C and D styles. [See More]
- Material: Spring Steel
- Ring Style: Radially Assembled; Wire Formed Snap Rings
- Ring Type: Internal; External
- Design Units: Inch; Metric
from TFC Ltd.
Bowed construction permits resilient take-up of end play. Standard Material: Carbon spring steel. Standard Finish: Phosphate & oil. H: Max resilient endplay take-up. F: Force required to flatten ring. Dimensions: inches [See More]
- Material: Spring Steel
- Ring Style: Circlip
- Ring Type: Internal
- Design Units: Inch
from Daemar Inc.
The RE retaining ring is a reinforced version of the E ring. which will accommodate higher thrust loadings and RPM. RE rings function in the same groove as regular E rings. so that you can change from one to the other without re-engineering the application. Size Range: .094 in - .562 in [See More]
- Material: Beryllium Copper; Spring Steel; Stainless Steel
- Ring Style: Radially Assembled
- Ring Type: External
- Shaft Diameter: 0.0938
from G.L. Huyett
We offer a complete line of these “hard to find ” and “hard to install ” rings, including external, internal, square, round, as well as C and D styles. [See More]
- Material: Spring Steel; Stainless Steel
- Ring Style: Wire Formed Snap Rings
- Ring Type: Internal; External
- Design Units: Inch; Metric
from TFC Ltd.
Applied radially over shaft. Secure against impact and vibration. Ideal where radial clearance is limited. Standard Material: Carbon spring steel. Standard Finish: Phosphate & oil. Dimensions in Inches [See More]
- Material: Spring Steel
- Finish: Coating or Plating
- Ring Style: Circlip
from Daemar Inc.
The DSR is an extra thick version of a regular DSH retaining ring. As such. it is stronger and can withstand greater thrust loads than its standard counterpart. Size Range: 12 mm - 100 mm. The radius "R" on the load side must not exceed 0.1 T. [See More]
- Material: Beryllium Copper; Spring Steel; Stainless Steel
- Ring Style: Circlip
- Ring Type: External
- Design Units: Metric
from G.L. Huyett
This is our most popular series of retaining rings, incorporating a tapered design in axial installations. We offer external, internal, and everything in between in a variety of materials and finishes. [See More]
- Material: Beryllium Copper; Spring Steel; Stainless Steel
- Ring Style: Radially Assembled; Bowed
- Ring Type: Internal; External
- Design Units: Inch; Metric
from TFC Ltd.
Applied radially over shaft. Secure against impact and vibration. Ideal where radial clearance is limited. Standard Material: Carbon spring steel. Standard Finish: Phosphate & oil. Dimensions in Millimetres [See More]
- Material: Spring Steel
- Finish: Coating or Plating
- Ring Style: Circlip
from Daemar Inc.
Once installed in the groove of a shaft, the portion of the ring protruding from the groove (also called a "shoulder") holds an assembly in place. Size Range: 4 mm - 100 mm [See More]
- Material: Beryllium Copper; Spring Steel; Stainless Steel
- Ring Style: Circlip
- Ring Type: External
- Design Units: Metric
from G.L. Huyett
These rings are coiled from wire. They are increasingly popular in large size and short run applications. We carry internal, external, tabbed, and dished in a variety of materials and finishes. [See More]
- Material: Spring Steel; Stainless Steel
- Ring Style: Spring Steel
- Ring Type: Internal; External
- Design Units: Inch; Metric
from TFC Ltd.
The DNH Series Spirolox Retaining Ring is Smalley's equivalent to the European or "Hard " metric retaining ring series. With their 2-turn offset configuration, these spiral rings will fit into the grooves established by DIN specifications. Standard Materials: Carbon Steel / 302 & 316... [See More]
- Material: Spring Steel; Stainless Steel
- Ring Style: Spring Steel
- Ring Type: Internal
- Design Units: Metric
from Daemar Inc.
The internal version of the DTX with a curved inner rim and a series of prongs protruding outwards. The ends create interference with the housing when the ring is installed and a load introduced to the other side. Size Range: 8 mm - 50 mm [See More]
- Material: Beryllium Copper; Spring Steel; Stainless Steel
- Ring Style: Grooveless / Self-locking
- Ring Type: Internal
- Design Units: Metric
from G.L. Huyett
Heavy duty wire with an off-set or “kickout ” to ease installation. Generally made from heavier gauge wire than circle cotters. [See More]
- Material: Spring Steel; Stainless Steel
- Ring Style: Spring Steel; Split Rings
- Ring Type: External
- Design Units: Inch
from TFC Ltd.
The DNS Series Spirolox Retaining Ring is Smalley's equivalent to the European or "Hard " metric retaining ring series. With their 2-turn offset configuration, these spiral rings will fit into the grooves established by DIN specifications. Standard Parts: 13mm-400mm Diameters. Standard... [See More]
- Material: Spring Steel; Stainless Steel
- Ring Style: Spring Steel
- Ring Type: External
- Design Units: Metric
from Daemar Inc.
Once installed in the groove of a shaft. the portion of the ring protruding from the groove (also called a "shoulder") holds an assembly in place. Size Range: .125 in - 10.0 in [See More]
- Material: Beryllium Copper; Spring Steel; Stainless Steel
- Ring Style: Circlip
- Ring Type: External
- Shaft Diameter: 0.2500
from G.L. Huyett
We offer a complete line of these “hard to find ” and “hard to install ” rings, including external, internal, square, round, as well as C and D styles. [See More]
- Material: Spring Steel
- Ring Style: Radially Assembled; Wire Formed Snap Rings
- Ring Type: Internal; External
- Design Units: Inch
from TFC Ltd.
Heavy duty ring resistant to high thrust and impact loads. Greater load supporting area than basic series. Beam configuration: On some larger sizes. Standard Material: Carbon spring steel. Standard Finish: Phosphate & oil. Dimensions in Inches [See More]
- Material: Spring Steel
- Ring Style: Circlip
- Ring Type: External
- Finish: Coating or Plating
from Daemar Inc.
Functions like an SH ring on a shaft. only the lugs are "reversed." This version reduces the distance the lugs of the standard SH extend beyond the circumference of the shaft. The shaft can then be used in an application where clearance in minimal. Size Range: .500 in - 2.5 in [See More]
- Material: Beryllium Copper; Spring Steel; Stainless Steel
- Ring Style: Circlip
- Ring Type: External
- Shaft Diameter: 0.5000
from G.L. Huyett
Applied to a grooved shaft, legs are squeezed shut with pliers. Heavy construction offers strong retention. X-rings are removable but not necessarily reuseable [See More]
- Material: Spring Steel
- Ring Style: Radially Assembled
- Ring Type: External
- Design Units: Inch
from TFC Ltd.
Heavy duty ring resistant to high thrust and impact loads. Greater load supporting area than basic series. Beam configuration: On some larger sizes. Standard Material: Carbon spring steel. Standard Finish: Phosphate & oil. Dimension in Millimetres [See More]
- Material: Spring Steel
- Ring Style: Circlip
- Ring Type: External
- Finish: Coating or Plating
from Daemar Inc.
The SHM also functions like an SH retaining ring. but in "smaller" applications. It is also a tamper proof ring which does not have any lugs and can not be easily removed once installed. Size Range: .101 in - .375 in [See More]
- Material: Beryllium Copper; Spring Steel; Stainless Steel
- Ring Style: Circlip
- Ring Type: External
- Shaft Diameter: 0.1010
from TFC Ltd.
Inverted construction provides a smaller external clearance than basic type. Standard Material: Carbon spring steel. Standard Finish: Phosphate & oil. Dimensions: Inches [See More]
- Material: Spring Steel
- Ring Style: Circlip
- Ring Type: External
- Design Units: Inch
from Daemar Inc.
The SHR is an extra thick version of a regular SH retaining ring. As such. it is stronger and can withstand greater thrust loads than its standard counterpart. Size Range: .394 in - 2.0 in [See More]
- Material: Beryllium Copper; Spring Steel; Stainless Steel
- Ring Style: Circlip
- Ring Type: External
- Shaft Diameter: 0.3940
from TFC Ltd.
Inverted construction provides a smaller external clearance diameter than basic type. Beam Configuration: On some larger sizes. Standard Material: Carbon spring steel. Standard Finish: Phosphate & oil. Dimensions: mm [See More]
- Material: Spring Steel
- Ring Style: Circlip
- Ring Type: External
- Design Units: Metric
from Daemar Inc.
This series offers economy in price, space requirements and weight in medium thrust applications. The RR Series rings are covered by Mil Spec, Mil-R-27426 and Aerospace Standard AS3217 & AS4299. They will comply with these specs when specified on purchase order or drawing. Size Range: .500 in -... [See More]
- Material: Beryllium Copper; Spring Steel; Stainless Steel
- Ring Style: Spring Steel
- Ring Type: Internal
- Housing Diameter: 0.5000
from TFC Ltd.
Round wire sections for semi-circular grooves. Low cost. Simplifies assembly. Standard Material: Carbon spring steel. Standard Finish: Phosphate & oil. Dimensions in Inches [See More]
- Material: Spring Steel
- Ring Style: Wire Formed Snap Rings
- Ring Type: External
- Finish: Coating or Plating
from Daemar Inc.
The RRN Series fits NAS 669-670 deep grooves with minimum deflection and greatest thrust capacity. The rings require no special tools for removal. This series is covered by Aerospace standard AS3215 & AS4299 and will comply when specified on purchase order or drawing. Size Range: .500 in - 15.0... [See More]
- Material: Beryllium Copper; Spring Steel; Stainless Steel
- Ring Style: Spring Steel
- Ring Type: Internal
- Housing Diameter: 0.5000
from TFC Ltd.
Designed specifically to give low shoulder for use with needle roller bearing. Standard Material: Carbon spring steel. Standard Finish: Phosphate & oil. Dimensions in Millimeters [See More]
- Material: Spring Steel
- Ring Style: Wire Formed Snap Rings
- Ring Type: External
- Finish: Coating or Plating
from Daemar Inc.
The RRT Series thrust capacity is just below that of the Heavy Duty rings. Retaining ring sizes range to fit 1/2 ” to 10 ” shaft and bore diameters (Sizes above 6 ” are 3-turn to facilitate assembly and removal). Size Range: .500 in - 10.0 in [See More]
- Material: Beryllium Copper; Spring Steel; Stainless Steel
- Ring Style: Spring Steel
- Ring Type: Internal
- Housing Diameter: 0.5000
from TFC Ltd.
The WaveRing is a spiral retaining ring with an axial wave form. It acts like a standard retaining ring with the additional feature of compressibility. It compensates for the overall length tolerance of stacked components, while still acting as a retaining ring. Once assembled the WaveRing will... [See More]
- Material: Spring Steel; Stainless Steel
- Ring Style: Spring Steel; Bowed; Wave Ring
- Ring Type: External
- Design Units: Inch
from Daemar Inc.
This series offers economy in price, space requirements and weight in medium thrust applications. The RS Series rings are covered by Mil Spec, Mil-R-27426 and Aerospace Standard AS3218 & AS4299. They will comply with these specs when specified on purchase order or drawing. Size Range: .500 in -... [See More]
- Material: Beryllium Copper; Spring Steel; Stainless Steel
- Ring Style: Spring Steel
- Ring Type: External
- Shaft Diameter: 0.5000
from TFC Ltd.
Axially applied and adjustable on plain shaft. Can be assembled and dismantled repeatedly. No machining of groove required. Standard Material: Carbon spring steel. Standard Finish: Phosphate & oil. Dimensions: Inches [See More]
- Material: Spring Steel
- Ring Style: Circlip
- Ring Type: External
- Design Units: Inch
from Daemar Inc.
The RSN Series fits NAS 669-670 deep grooves with minimum deflection and greatest thrust capacity. The rings require no special tools for removal. This series is covered by Aerospace standard AS3216 & AS4299 and will comply when specified on purchase order or drawing. Size Range: .500 in - 15.0... [See More]
- Material: Beryllium Copper; Spring Steel; Stainless Steel
- Ring Style: Spring Steel
- Ring Type: External
- Shaft Diameter: 0.4700
from TFC Ltd.
Axially applied and adjustable on plain shaft. Can be assembled and dismantled repeatedly. No machining of groove required. Standard Material: Carbon spring steel. Standard Finish: Phosphate & oil. Dimensions in Millimeters [See More]
- Material: Spring Steel
- Ring Style: Circlip
- Ring Type: External
- Finish: Coating or Plating
from Daemar Inc.
The RST Series thrust capacity is just below that of the Heavy Duty rings. Retaining ring sizes range to fit 1/2 ” to 10 ” shaft and bore diameters (Sizes above 6 ” are 3-turn to facilitate assembly and removal). Size Range: .500 in - 10.0 in [See More]
- Material: Beryllium Copper; Spring Steel; Stainless Steel
- Ring Style: Spring Steel
- Ring Type: External
- Shaft Diameter: 0.4700
from TFC Ltd.
The WHM Series Spirolox Retaining Ring is designed for the toughest retaining ring jobs. WHM series retaining rings use standard industry groove dimensions and are interchangeable with many stamped retaining rings. This series should be specified for thrust loads that demand deep groove, heavy... [See More]
- Material: Spring Steel; Stainless Steel
- Ring Style: Spring Steel
- Ring Type: Internal
- Design Units: Inch
from Daemar Inc.
The UR Series is intended for light duty applications. Retaining Rings are single turn for shaft ore bore diameters from 1/2 ” through 10 ”. A radius removal notch is on one end. The other end is square cut. Rings are axially assembled. Size Range: .500 in - 10.0 in [See More]
- Material: Beryllium Copper; Spring Steel; Stainless Steel
- Ring Style: Spring Steel
- Ring Type: Internal
- Housing Diameter: 0.5000