Internal Self-Locking Push-On Retaining Rings (13 Products)

ROTOR CLIP

System Of Measurement Type Material Thickness Free Inside Dia. Free Outside Dia. Finish Retaining Ring Style Pack Qty Price
Imperial
Internal
Stainless Steel
0.01"
0.136"
0.313"
Plain
Self-Locking Push-On
5
$5.15
Imperial
Internal
Stainless Steel
0.01"
0.175"
0.376"
Plain
Self-Locking Push-On
5
$5.31
Imperial
Internal
Stainless Steel
0.01"
0.258"
0.502"
Plain
Self-Locking Push-On
5
$7.09
Imperial
Internal
Stainless Steel
0.015"
3/4"
1.002"
Plain
Self-Locking Push-On
5
$14.57
FABORY

System Of Measurement Type Material Thickness Free Inside Dia. Free Outside Dia. Load Capacity Finish Pack Qty Price
Imperial
Internal
Steel
0.01"
0.136"
0.313"
Not Rated
Plain
50
$8.42
Imperial
Internal
Steel
0.01"
0.175"
0.376"
Not Rated
Plain
50
$10.57
Imperial
Internal
Steel
0.01"
0.237"
0.439"
Not Rated
Plain
50
$11.74
Imperial
Internal
Steel
0.01"
0.258"
0.502"
Not Rated
Plain
50
$13.11
Imperial
Internal
Steel
0.01"
0.312"
0.564"
Not Rated
Plain
50
$12.92
Imperial
Internal
Steel
0.01"
0.39"
0.627"
Not Rated
Plain
50
$20.81
Imperial
Internal
Steel
0.015"
1/2"
0.752"
Not Rated
Plain
50
$18.80
Imperial
Internal
Steel
0.015"
5/8"
0.877"
Not Rated
Plain
50
$25.56
Imperial
Internal
Steel
0.015"
0.687"
0.94"
Not Rated
Plain
50
$20.59
Imperial
Internal
Steel
0.015"
3/4"
1.002"
Not Rated
Plain
50
$28.97

Features

  • These push-on retaining rings are available in stainless steel and carbon steel variants.
  • They have evenly distributed tabs around the outer circumference of the ring that engage the material of the host component, securing the ring in place.
  • These retaining rings are usually installed with a tube or plunger.
  • They are ideal for fastening lighter-duty pieces with low thrust stresses.
  • These self-locking push-on retaining rings are ideal for low-force tasks and do not need a shaft groove.

Frequently Asked Questions

Q. What is the difference between external and internal push-on retaining rings?

A. Although internal and external push-on retaining rings serve the same purpose of securing components in mechanical assemblies, they differ in installation and function. Internal rings are intended to be installed within bores or holes, exerting outward pressure on the bore walls to hold components in place. External push-on retaining rings, on the other hand, are designed to be installed on the outside of shafts or rods, applying inward pressure against the shaft surface to keep components from sliding off.

Q. How are push-on retaining rings protected?

A. Push-on retaining rings are covered with a plain finish to avoid corrosion.

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