Hex key Dedra 17F060Z, single 1/2" imperial Allen key

Dedra 17F060Z is a single 1/2" imperial hex (Allen) key manufactured for turning and loosening hex-socket fasteners. Supplied as one solid piece, this 1/2" Allen key provides the standard straight-shank profile used with imperial-size bolts and screws encountered in mechanical work, furniture assembly and general maintenance. The tool is intended for straightforward access to internal-hex fittings where a single, robust key of this size is required.

Advantages

The single-piece construction ensures consistent torque transfer and reduces the risk of joint play compared with multi-part handles. Its imperial 1/2" size matches common large hex sockets found on older or imperial-standard equipment. The straight L-shaped profile offers leverage for tightening and loosening while remaining compact enough for storage in a toolbox or maintenance kit.

Suitable for

• Mechanical repairs requiring 1/2" internal-hex fasteners
• Furniture assembly and disassembly using imperial hardware
• Workshop and home maintenance tasks with large Allen bolts
• Automotive or machinery applications that use imperial hex sockets

Key specifications

• Type: single-piece hex (Allen) key
• Size: 1/2" (imperial)
• Profile: straight L-shaped key
• Intended use: driving and loosening hex-socket fasteners
• Supply format: one individual key

How to use

Select the 1/2" hex key when the internal socket of the fastener matches the key size. Insert the short or long end into the hex socket depending on required leverage or clearance. Apply steady turning force in the appropriate direction to tighten or loosen the fastener, keeping the key aligned to avoid rounding the socket. For higher torque, use the long arm for leverage; for confined spaces, use the short arm as the working end.

Usage recommendations

Inspect the fastener socket and the key before use to ensure a proper fit. Use controlled force to avoid damaging the tool or the fastener; if a fastener is corroded or very tight, consider appropriate penetrating lubricant or heat methods before applying excessive torque.