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Category: Standard Skt 1/2" SD
Standard Skt 1/2" SD
Showing 81–96 of 139 results
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26mm SINGLE HEX SOCKET 1/2″ SQ DRRead moreKennedy Single-Hexagon Standard Length Sockets, 1/2″
Single-Hexagon Sockets
Six point – offer a more positive location, particularly on worn or rounded nuts, but require a one-sixth turn to engage the next point of the socket. -
26mm SOCKET 1/2″ SQ DRRead moreKennedy Bi-Hexagon Standard Length Sockets, 1/2″
Bi-Hexagon Sockets
12 point – side drive design gives a higher torque than normal sockets, grip worn nuts and will not round off existing nuts. All have a ball-retaining groove on each face of the square drive, which ensures a positive fit with accessories. Require only a one-twelfth turn to engage the next point of the socket. -
26mm SOCKET 1/2″ SQUARE DRIVERead moreYamoto Bi-Hexagon Standard Length Sockets, 1/2″
Bi-Hexagon Sockets
12 point – side drive design gives a higher torque than normal sockets, grip worn nuts and will not round off existing nuts. All have a ball-retaining groove on each face of the square drive, which ensures a positive fit with accessories. Require only a one-twelfth turn to engage the next point of the socket. -
27mm SINGLE HEX SOCKET 1/2″ SQ DRRead moreKennedy Single-Hexagon Standard Length Sockets, 1/2″
Single-Hexagon Sockets
Six point – offer a more positive location, particularly on worn or rounded nuts, but require a one-sixth turn to engage the next point of the socket. -
27mm SOCKET 1/2″ SQ DRRead moreKennedy Bi-Hexagon Standard Length Sockets, 1/2″
Bi-Hexagon Sockets
12 point – side drive design gives a higher torque than normal sockets, grip worn nuts and will not round off existing nuts. All have a ball-retaining groove on each face of the square drive, which ensures a positive fit with accessories. Require only a one-twelfth turn to engage the next point of the socket. -
27mm SOCKET 1/2″ SQUARE DRIVERead moreYamoto Bi-Hexagon Standard Length Sockets, 1/2″
Bi-Hexagon Sockets
12 point – side drive design gives a higher torque than normal sockets, grip worn nuts and will not round off existing nuts. All have a ball-retaining groove on each face of the square drive, which ensures a positive fit with accessories. Require only a one-twelfth turn to engage the next point of the socket. -
28mm SINGLE HEX SOCKET 1/2″ SQ DRRead moreKennedy Single-Hexagon Standard Length Sockets, 1/2″
Single-Hexagon Sockets
Six point – offer a more positive location, particularly on worn or rounded nuts, but require a one-sixth turn to engage the next point of the socket. -
28mm SOCKET 1/2″ SQ DRRead moreKennedy Bi-Hexagon Standard Length Sockets, 1/2″
Bi-Hexagon Sockets
12 point – side drive design gives a higher torque than normal sockets, grip worn nuts and will not round off existing nuts. All have a ball-retaining groove on each face of the square drive, which ensures a positive fit with accessories. Require only a one-twelfth turn to engage the next point of the socket. -
28mm SOCKET 1/2″ SQUARE DRIVERead moreYamoto Bi-Hexagon Standard Length Sockets, 1/2″
Bi-Hexagon Sockets
12 point – side drive design gives a higher torque than normal sockets, grip worn nuts and will not round off existing nuts. All have a ball-retaining groove on each face of the square drive, which ensures a positive fit with accessories. Require only a one-twelfth turn to engage the next point of the socket. -
29mm SOCKET 1/2″ SQ DRRead moreKennedy Bi-Hexagon Standard Length Sockets, 1/2″
Bi-Hexagon Sockets
12 point – side drive design gives a higher torque than normal sockets, grip worn nuts and will not round off existing nuts. All have a ball-retaining groove on each face of the square drive, which ensures a positive fit with accessories. Require only a one-twelfth turn to engage the next point of the socket. -
29mm SOCKET 1/2″ SQUARE DRIVERead moreYamoto Bi-Hexagon Standard Length Sockets, 1/2″
Bi-Hexagon Sockets
12 point – side drive design gives a higher torque than normal sockets, grip worn nuts and will not round off existing nuts. All have a ball-retaining groove on each face of the square drive, which ensures a positive fit with accessories. Require only a one-twelfth turn to engage the next point of the socket. -
3/16″ WHIT SOCKET 1/2″ SQ DRRead moreKennedy Bi-Hexagon Standard Length Sockets, 1/2″
Bi-Hexagon Sockets
12 point – side drive design gives a higher torque than normal sockets, grip worn nuts and will not round off existing nuts. All have a ball-retaining groove on each face of the square drive, which ensures a positive fit with accessories. Require only a one-twelfth turn to engage the next point of the socket. -
3/16″ WHIT SOCKET 1/2″ SQUARE DRIVERead moreYamoto Bi-Hexagon Standard Length Sockets, 1/2″
Bi-Hexagon Sockets
12 point – side drive design gives a higher torque than normal sockets, grip worn nuts and will not round off existing nuts. All have a ball-retaining groove on each face of the square drive, which ensures a positive fit with accessories. Require only a one-twelfth turn to engage the next point of the socket. -
3/4″ A/F SOCKET 1/2″ SQ DRRead moreKennedy Bi-Hexagon Standard Length Sockets, 1/2″
Bi-Hexagon Sockets
12 point – side drive design gives a higher torque than normal sockets, grip worn nuts and will not round off existing nuts. All have a ball-retaining groove on each face of the square drive, which ensures a positive fit with accessories. Require only a one-twelfth turn to engage the next point of the socket. -
3/4″ A/F SOCKET 1/2″ SQUARE DRIVERead moreYamoto Bi-Hexagon Standard Length Sockets, 1/2″
Bi-Hexagon Sockets
12 point – side drive design gives a higher torque than normal sockets, grip worn nuts and will not round off existing nuts. All have a ball-retaining groove on each face of the square drive, which ensures a positive fit with accessories. Require only a one-twelfth turn to engage the next point of the socket. -
3/4″ WHIT SOCKET 1/2″ SQDRRead moreKennedy Bi-Hexagon Standard Length Sockets, 1/2″
Bi-Hexagon Sockets
12 point – side drive design gives a higher torque than normal sockets, grip worn nuts and will not round off existing nuts. All have a ball-retaining groove on each face of the square drive, which ensures a positive fit with accessories. Require only a one-twelfth turn to engage the next point of the socket.