Socket bit 3/4" 6-point 41 mm Honiton H1641

Honiton H1641 is a 6-point socket bit with a 3/4" drive and a 41 mm socket size. It is engineered to engage hexagonal nuts and bolts with a precise, form-fitting contact, reducing rounding and improving torque transfer. The socket bit is compatible with 3/4" torque wrenches, ratchets and impact tools designed for heavy-duty fastening and loosening tasks in automotive and industrial environments.

Advantages

The 6-point configuration provides a secure fit on hex fasteners, concentrating contact on the flats rather than the corners to minimize fastener damage. The 3/4" drive ensures compatibility with common heavy-duty hand tools and drive systems, enabling efficient torque application. The 41 mm size covers larger fasteners often found on commercial vehicles, machinery and structural assemblies.

Suitable for

• Automotive wheel and suspension service on commercial or heavy vehicles
• Industrial machinery maintenance and assembly
• Construction and structural bolting where larger hex fasteners are used
• Workshops using 3/4" drive torque tools and impact wrenches

Key specifications

• Drive type: 3/4" square drive for sockets and extensions
• Socket profile: 6-point (hex) geometry for improved gripping
• Socket size: 41 mm across flats
• Intended tool compatibility: torque wrenches, ratchets and impact tools with 3/4" drives
• Typical applications: heavy-duty fastening and loosening of large hex nuts and bolts

How to use

Select a compatible 3/4" drive tool such as a torque wrench, ratchet or impact wrench. Position the 41 mm 6-point socket squarely onto the hexagonal fastener until it seats fully. Apply torque steadily, ensuring the tool remains perpendicular to the fastener to prevent slippage. When using an impact tool, follow the tool manufacturer's guidance for speed and torque settings to match the fastener and avoid over-tightening.

Usage recommendations

Inspect the socket and fastener for wear or damage before use. Use the 6-point socket on six-sided fasteners for best results and avoid using damaged sockets. When precise torque is required, use a calibrated torque wrench with controlled, gradual application of force.