Socket 1/2" 18mm Deep Hex NEO Tools 08-055

1/2" 18mm deep hex socket by NEO Tools is designed to engage and turn recessed hex fasteners with a 1/2" drive. The extended length allows access to nuts and bolts set below the surface or over exposed threads, while the 18mm hex profile fits common metric fasteners. The chrome-finish exterior resists corrosion and simplifies cleaning after use in automotive, industrial, or home workshop environments.

Advantages

The deep 18mm hex socket provides additional reach compared with standard sockets, reducing the need for extensions in many repair tasks. A precision-machined hex profile ensures firm contact with fasteners to minimize rounding and slipping. Compatibility with 1/2" drive ratchets and handles offers broad usability across standard toolsets. Durable construction and a corrosion-resistant finish support repeated professional and DIY use.

Suitable for

• Automotive maintenance and brake, engine, or suspension work where recessed nuts are present
• Machinery repair and industrial equipment servicing
• General workshop tasks and home repairs requiring extended reach
• Assembly and disassembly of threaded components with exposed studs or long bolts

Key specifications

• Drive size: 1/2 inch
• Hex size: 18 mm
• Style: deep (extended length) socket
• Compatibility: fits standard 1/2" drive ratchets, extensions and torque wrenches
• Finish: corrosion-resistant chrome surface
• Material: hardened alloy steel for strength and wear resistance

How to use

Select a 1/2" drive ratchet or handle and attach the 18mm deep socket by pushing it onto the square drive until it clicks or seats securely. Position the socket over the recessed hex fastener and apply torque through the ratchet or wrench in the required direction. When working on threaded studs, the deep socket allows the nut to be turned without interference from the stud. After use, wipe clean and store with other sockets to maintain organization and prevent corrosion.

Usage recommendations

Use appropriate torque settings when fastening critical components; avoid overtightening to prevent fastener or tool damage. Inspect the hex profile and socket seating before applying high torque and replace the socket if any signs of rounding, cracking, or excessive wear appear.