3/4 DR 1 3/4 PO GRV TRAINING RETAINING RING - JRR07528
STAJRR07528
Prix régulier
$13.26
Preorder today
- Retaining rings are used to help secure sockets onto sockets
- They are not designed to bear a load
- The rotational forces are between the tool socket and the socket
- Designed with a friction ring resin to help identify when to replace worn bushings
- The resin friction ring on the pin helps indicate when a bushing is excessively worn and needs to be replaced.
- The tool and socket must be aligned during use and must not pinch the friction ring.
- Cracked sockets and/or worn tool grips rotate excessively relative to each other.
- This action pinches the small fin or friction ring on these circlips.
- Retaining rings are used to help secure sockets onto sockets
- They are not designed to bear a load
- The rotational forces are between the tool socket and the socket
- Designed with a friction ring resin to help identify when to replace worn bushings
- The resin friction ring on the pin helps indicate when a bushing is excessively worn and needs to be replaced.
- The tool and socket must be aligned during use and must not pinch the friction ring.
- Cracked sockets and/or worn tool grips rotate excessively relative to each other.
- This action pinches the small fin or friction ring on these circlips.
STAJRR07528
Prix régulier
$13.26
Preorder today
- Retaining rings are used to help secure sockets onto sockets
- They are not designed to bear a load
- The rotational forces are between the tool socket and the socket
- Designed with a friction ring resin to help identify when to replace worn bushings
- The resin friction ring on the pin helps indicate when a bushing is excessively worn and needs to be replaced.
- The tool and socket must be aligned during use and must not pinch the friction ring.
- Cracked sockets and/or worn tool grips rotate excessively relative to each other.
- This action pinches the small fin or friction ring on these circlips.
- Retaining rings are used to help secure sockets onto sockets
- They are not designed to bear a load
- The rotational forces are between the tool socket and the socket
- Designed with a friction ring resin to help identify when to replace worn bushings
- The resin friction ring on the pin helps indicate when a bushing is excessively worn and needs to be replaced.
- The tool and socket must be aligned during use and must not pinch the friction ring.
- Cracked sockets and/or worn tool grips rotate excessively relative to each other.
- This action pinches the small fin or friction ring on these circlips.