Apex 8MM13 Impact Socket 8mm Hex Drive 6-point

Product Description

The APEX 8MM13 is a metric impact socket designed for high-torque fastening applications in professional trade and industrial environments. Built with an 8mm socket size and a 6-point hex drive configuration, this standard-length socket measures 31.7 millimeters overall. It is manufactured from alloy steel using a proprietary steel and heat treat process intended to deliver greater strength, tighter tolerances, and more consistent fit to fasteners for improved torque transfer. Licensed mechanics, industrial maintenance technicians, and equipment service pros reach for this socket when precision fit and durability under impact loads are required.

This socket is suited for metric fastener applications across a range of professional settings including automotive service, mechanical assembly, and equipment maintenance. The standard-length profile fits impact wrenches and drivers in most bench and field service scenarios. The 6-point design reduces the risk of fastener rounding compared to 12-point configurations, making it a reliable choice when working with worn or tight hardware.

Key Features

• 8mm socket size for metric fastener applications
• 6-point hex drive reduces fastener rounding under high torque
• Standard length at 31.7 millimeters overall
• Alloy steel construction with proprietary heat treat process for extended service life
• Tighter manufacturing tolerances for consistent fastener fit and torque transfer
• Meets ANSI and DIN standards

Compatibility

Designed as an OEM-style replacement and standard-use impact socket compatible with hex drive impact wrenches and drivers accepting an 8mm metric socket.

Installation Notes

This socket is installed and used by licensed mechanics, millwrights, and industrial maintenance technicians. Before use, confirm the drive size of the impact tool matches the socket drive. Inspect the socket for cracks or deformation before each use and do not use hand-socket tools as substitutes for impact-rated sockets under impact loads.