MIXPOWER 1 Inch Drive Deep Impact Socket, CR-MO, 33mm, 6 Point, Radius 33mm
With its deep design, this 33mm socket reaches recessed nuts and bolts that standard sockets cannot, making it perfect for automotive, machinery, and industrial applications. It’s designed to withstand high torque from impact tools, making it ideal for heavy-duty applications.
Leer másMIXPOWER 1 Inch Drive Deep Impact Socket, CR-MO, 33mm, 6 33mm (1 Piece)
【Application】 Engineered for use with impact drivers. This axle nut socket can be used for installing, dismantling and repairing wheel or axle nuts on vehicles.
Leer másMIXPOWER 1/2 Inch Drive Deep Impact Socket, CR-MO, 33mm, 6 Point, Radius 33mm
MIXPOWER 1″ Drive Deep Impact Socket 33mm CR-MO 6-Point Radius 33mm. With its deep design, this 33mm socket reaches recessed nuts and bolts that standard sockets cannot, making it perfect for automotive, machinery, and industrial applications.
Leer másMIXPOWER 1 Inch Drive Deep Impact Socket, CR-MO, 33mm, 6 33mm (1 Piece)
【Application】 Engineered for use with impact drivers. This axle nut socket can be used for installing, dismantling and repairing wheel or axle nuts on vehicles.
Leer másMIXPOWER 1 Inch Drive Deep Impact Socket, CR-MO, 33mm, 6 33mm (1 Piece)
【Application】 Engineered for use with impact drivers. This axle nut socket can be used for installing, dismantling and repairing wheel or axle nuts on vehicles.
Leer másMIXPOWER 1 Inch Drive Deep Impact Socket, CR-MO, 33mm, 6 Point, Radius 33mm
Manufacturer: MIXPOWER. Size: 33mm. Compatible Fastener Range: 33mm. 【Application】 Engineered for use with impact drivers. This axle nut socket can be used for installing, dismantling and repairing wheel or axle nuts on vehicles.
Leer másMIXPOWER 1 Inch Drive Deep Impact Socket, CR-MO, 33mm, 6 Point, Radius 33mm
【Application】 Engineered for use with impact drivers. This axle nut socket can be used for installing, dismantling and repairing wheel or axle nuts on vehicles. 【High-torque】Radius corner design, 6-point opening reduces wear and increases torque on fasteners by placing force on fastener walls rather than fastener corners.
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