1/2 In Drive 6 Pt Metric Flex Socket - 12mm - SK Hand Tool

The SK Hand Tool 48312 1/2 In Drive 6 Pt Metric Flex Socket - 12mm is engineered for professional technicians and mechanics who require reliable performance in challenging environments. This robust flex socket combines innovative design with durable construction, providing efficient access and secure fastener engagement for a range of automotive and industrial applications. It is designed to withstand rigorous use while protecting fasteners from damage.

Key Features

• Patented SureGrip® Hex Design: Drives the side of the fastener rather than the corner, significantly increasing strength and preventing the rounding of rusted or damaged fasteners.
• High-Polish SuperKrome® Plating: Offers exceptional corrosion resistance, extending tool life and providing a sleek, easy-to-clean finish that meets professional standards.
• Flexible Joint Design: Allows for superior access in confined spaces and at various angles, enhancing versatility for complex jobs where standard sockets cannot reach.
• 6-Point Configuration: Provides a secure grip on 12mm metric fasteners, minimizing slippage and maximizing torque transfer for effective tightening or loosening.
• 1/2 Inch Drive: Compatible with common professional drive tools, ensuring broad applicability across a wide array of automotive and industrial equipment.

Applications

This 12mm metric flex socket is an essential tool for automotive repair, suitable for accessing fasteners in engine bays, suspension components, brake systems, and chassis work. Its flexibility makes it ideal for reaching bolts and nuts in tight or obstructed areas. Beyond automotive, it is also highly effective in various industrial maintenance tasks where a 12mm fastener is present and space is limited, such as machinery adjustments or equipment assembly.

Specifications

• Hex Size: 12mm
• Overall Length: 2.40"

Caution: Do not use chrome sockets or drive tools with impact or power tools. Such use damages the tool and may also result in bodily injury.