Socket bit Proline 1/2" hex impact H6 x 60 mm (model 18401)

Proline 1/2" hex impact socket bit H6 x 60 mm is an impact-rated hex bit designed for use with 1/2" drive impact wrenches and ratchets. The H6 size and 60 mm length provide access to recessed hex (imbus) fasteners while the impact designation ensures the bit withstands repeated high-torque cycles in automotive, industrial maintenance and construction environments.

Advantages

The bit is manufactured to work with 1/2" drive impact tools and resists fracturing and deformation under shock loads. Its defined H6 hex profile offers a precise fit on hex fasteners to reduce cam-out and wear. The 60 mm length balances reach and control for working in semi-confined spaces, and the impact-rated design increases service life compared with non-impact bits.

Suitable for

• Fastening and removing hex (imbus) bolts and screws in automotive repair
• Industrial maintenance tasks requiring high-torque fastening
• Construction and assembly work with recessed or offset hex fasteners
• Use with 1/2" drive impact wrenches and 1/2" drive ratchets/adapters

Key specifications

• Drive size: 1/2" compatible
• Bit type: hex (imbus)
• Hex size: H6
• Overall bit length: 60 mm
• Impact-rated construction for high-torque use
• Material and heat treatment suitable for shock loads (impact designation)

How to use

Insert the 1/2" drive end of the socket bit into the drive tool or adapter until it seats securely. Engage the H6 hex tip onto the fastener head, ensuring a full fit to minimize slippage. Operate the impact wrench or ratchet at appropriate torque settings for the fastener and application, applying steady control to avoid side loading. After use, inspect the bit tip for rounding or damage and replace if wear compromises fit or safety.

Usage recommendations

Use this impact-rated H6 bit only with 1/2" drive impact tools or appropriately sized adapters. Avoid using damaged or excessively worn bits; replace when the hex profile shows rounding. For best results, match the bit size exactly to the fastener and select torque settings suitable for the component to prevent over-torquing.