Socket Bit Hex 1/2" H14 x 55 mm NEO tools 08-776

Socket Bit Hex 1/2" H14 x 55 mm from NEO tools is a hexagon socket attachment for 1/2" drive tools. It measures H14 and has a working length of 55 mm, designed to fit 14 mm hex fasteners when used with a 1/2" ratchet, torque wrench or breaker bar. The bit’s compact 55 mm length balances access to medium-depth fasteners with good control when applying torque in workshop, automotive or maintenance environments.

Advantages

The hex socket bit is manufactured to provide a precise fit on H14 hex heads, reducing cam-out and wear on fasteners. Its 1/2" drive interface ensures compatibility with standard drive tools, and the 55 mm length offers access to fasteners recessed slightly below the work surface. The solid construction provides durability under repeated torque application and stable tool engagement for consistent performance.

Suitable for

• Automotive repair and engine maintenance
• Mechanical assembly and disassembly
• Workshop and industrial maintenance tasks
• Tightening and loosening H14 hex bolts and screws

Key specifications

• Drive size: 1/2" compatible square drive
• Hex size: H14 (14 mm hex interface)
• Overall/working length: 55 mm
• Material: hardened steel alloy for hand tool use
• Connection type: socket bit for insertion into 1/2" drive tools

How to use

Select a compatible 1/2" drive ratchet, torque wrench or breaker bar and insert the socket bit into the square drive until it locks. Place the H14 end onto the hex fastener ensuring full seating to avoid rounding. Apply steady torque while maintaining alignment between the tool and fastener. For torque-critical joints, use a calibrated torque wrench and follow the fastener manufacturer’s torque specification.

Usage recommendations

Inspect the hex bit and fastener before use; replace the bit if excessive wear or deformation is visible. Use the correct drive and avoid sudden impact loads unless the bit is rated for impact tools. Clean and lightly lubricate fastener threads where appropriate to ensure accurate torque readings and prevent corrosion.