22MM SOCKET 1/2 SHORT DRIVE 6-POINT IMPACT
DEWDWMT75112OSP
Prix régulier
$14.11
Preorder today
- Designed for tools and diemakers, these fine double-precision steel squares have adjustable blades, ideal for tight fits.
- Large, laser-engraved brands, easily identifiable
- Designed for use in corded and cordless impact drivers and wrenches.
- Thinner than standard wrench sockets for hard-to-reach areas
- Provides the user of the impact driver with a socket solution
- Knurled beauty rings to reduce hand slippage
- Premium chrome vanadium steel for strength and durability
- Designed for tools and diemakers, these fine double-precision steel squares have adjustable blades, ideal for tight fits.
- Large, laser-engraved brands, easily identifiable
- Designed for use in corded and cordless impact drivers and wrenches.
- Thinner than standard wrench sockets for hard-to-reach areas
- Provides the user of the impact driver with a socket solution
- Knurled beauty rings to reduce hand slippage
- Premium chrome vanadium steel for strength and durability
DEWDWMT75112OSP
Prix régulier
$14.11
Preorder today
- Designed for tools and diemakers, these fine double-precision steel squares have adjustable blades, ideal for tight fits.
- Large, laser-engraved brands, easily identifiable
- Designed for use in corded and cordless impact drivers and wrenches.
- Thinner than standard wrench sockets for hard-to-reach areas
- Provides the user of the impact driver with a socket solution
- Knurled beauty rings to reduce hand slippage
- Premium chrome vanadium steel for strength and durability
- Designed for tools and diemakers, these fine double-precision steel squares have adjustable blades, ideal for tight fits.
- Large, laser-engraved brands, easily identifiable
- Designed for use in corded and cordless impact drivers and wrenches.
- Thinner than standard wrench sockets for hard-to-reach areas
- Provides the user of the impact driver with a socket solution
- Knurled beauty rings to reduce hand slippage
- Premium chrome vanadium steel for strength and durability