Socket, Proxxon 1/2" 6-point 18 mm (PR23417)

Proxxon 1/2" 6-point socket, 18 mm (PR23417) is a single hand socket with a 1/2-inch drive designed to engage hexagonal fasteners with a 6-point profile. Manufactured for workshop and repair use, the socket is compatible with standard 1/2" ratchets and torque tools and intended for applications requiring precise engagement and reliable torque transfer on 18 mm fasteners.

Advantages

The 6-point design reduces the risk of rounding fastener corners and improves contact with hex heads under load. Built from tool-grade steel and finished for corrosion resistance, the socket provides consistent fit and durability for repeated use. Its 1/2" drive size ensures compatibility with common sockets, extensions, and torque wrenches used in professional and home workshops.

Suitable for

• Automotive repairs and maintenance
• Mechanical assembly and disassembly
• General workshop and equipment servicing
• Tightening and loosening 18 mm hex fasteners with controlled torque

Key specifications

• Drive size: 1/2 inch
• Socket profile: 6-point (hexagonal)
• Nominal size: 18 mm across flats
• Material: tool-grade steel with corrosion-resistant finish
• Use: manual ratchets, torque wrenches, and compatible drive accessories

How to use

Select the socket and attach it securely to a compatible 1/2" drive ratchet, breaker bar, or torque wrench. Position the socket squarely over the 18 mm hex fastener, ensuring full engagement of the 6-point profile before applying force. For tightening to a specified torque, use an appropriately calibrated torque tool and apply torque slowly until the required value is reached. After use, clean the socket of debris and store in a dry tool organizer to maintain performance.

Usage recommendations

Use the socket only with compatible 1/2" drive tools and avoid excessive impact or side loading to prevent damage. For fasteners with rounded heads or high torque requirements, consider using a 6-point socket as supplied here and verify torque specifications to avoid overtightening.