Socket 1/4" NEO tools 10-314 — single imperial socket, 16 g

NEO tools 1/4" socket 10-314 is a single imperial H7 hexagonal socket designed for use with 1/4" drive ratchets and bit holders. The socket measures 37 mm in overall length and is manufactured from chrome vanadium steel for improved wear resistance and durability. Weighing approximately 16 g, this compact socket is intended to replace lost or damaged pieces in repair kits and to provide a precise fit for H7 fasteners during mechanical, automotive, and household maintenance tasks.

Advantages

The chrome vanadium construction offers strength and resistance to deformation under torque, while the standardized 1/4" drive interface ensures compatibility with common ratchets and drivers. The 37 mm length provides a balance between access and control when working in tighter spaces. Its lightweight, single-socket format makes it easy to carry as a spare or to add to a toolkit without taking significant space.

Suitable for

• Replacing a lost or damaged H7 socket in a 1/4" drive tool set
• Automotive repair tasks requiring an H7 hex socket
• General mechanical maintenance and assembly work with imperial fasteners
• DIY projects around the home where a precise H7 fit is needed

Key specifications

• Drive size: 1/4" (imperial)
• Socket type: H7 hexagonal
• Length: 37 mm
• Material: chrome vanadium steel
• Weight: approx. 16 g

How to use

Select the 1/4" drive ratchet or bit holder compatible with the socket and engage the square drive until it clicks into place. Fit the H7 socket onto the corresponding fastener head and apply torque by turning the ratchet or driver in the desired direction. For removal, reverse the turning direction. After use, store the socket in its kit or a designated holder to prevent loss and protect the working surfaces.

Usage recommendations

Use with tools rated for the intended torque range; avoid applying excessive force with impact tools unless the socket is specifically rated for impact use. Keep the socket clean and lightly lubricated to prevent corrosion and ensure smooth engagement with the drive and fastener.