27mm 1/2" Drive 6 Pt Deep Metric Socket - SK Hand Tool

The SK Hand Tool 40027 1/2 In Drive 6 Pt Deep Metric Socket is engineered for professional automotive and industrial applications, providing reliable performance and enhanced fastener protection. This 27mm deep well socket is designed to access recessed nuts and bolts, making it an essential addition to any technician's toolkit. Its robust construction and innovative design ensure efficient operation and extended tool life.

Key Features

• SureGrip® Hex Design: Patented SureGrip® hex technology engages the side of the fastener, not the corners. This design significantly increases strength and helps prevent the rounding of rusted or damaged fasteners, a common issue with standard hex tools.
• SuperKrome® Plating: Features a high-polish SuperKrome® finish that provides exceptional corrosion resistance and a durable, long-lasting surface, ensuring the socket withstands demanding shop environments.
• Deep Well Configuration: The deep well design allows for secure engagement with fasteners located on longer studs or in recessed areas, improving accessibility and reducing the risk of slippage.
• 6-Point Design: Provides a strong, positive grip on fasteners, minimizing the chance of stripping and ensuring maximum torque transfer.
• 1/2 Inch Drive: Compatible with standard 1/2 inch drive ratchets, breaker bars, and extensions, offering versatility across a wide range of tasks.

Applications

This 27mm deep metric socket is ideal for a variety of professional tasks, including automotive repair and maintenance, such as suspension work, chassis components, larger engine fasteners, and heavy machinery adjustments. It is also well-suited for industrial maintenance applications and general mechanical work requiring robust, precise fastener engagement.

Specifications

• Hex Size: 27mm
• Diameter: 1.44 inches
• Overall Length: 3.25 inches

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.