Tools@Height 1/2" Drive 12-Point Metric 17 mm Deep Socket - J.H. Williams

The J.H. Williams Tools@Height 1/2" Drive 12-Point Metric 17 mm Deep Socket is engineered for professional technicians and mechanics requiring reliable performance in demanding environments. This specialized deep socket provides the necessary reach and secure engagement for recessed fasteners, making it an essential addition to any professional toolkit. Designed for high-torque applications, it ensures efficient and safe operation across various automotive and industrial tasks.

Key Features

• Tools@Height Design: Features an integrated lanyard attachment point for secure tethering, preventing dropped tools and enhancing workplace safety in elevated work areas or critical environments.
• 12-Point Configuration: The 12-point geometry allows for precise engagement with fasteners, reducing the risk of rounding and providing multiple indexing positions for improved access in tight spaces.
• 1/2" Drive Standard: Compatible with 1/2" drive ratchets, breaker bars, and impact wrenches, delivering the robust torque transmission required for stubborn fasteners.
• Deep Socket Profile: Designed to reach nuts and bolts on extended studs or in recessed areas, offering versatility for complex assemblies.
• Professional-Grade Construction: Manufactured from high-strength alloy steel for exceptional durability, corrosion resistance, and a long service life under rigorous daily use.
• Metric 17 mm Size: Specifically sized for 17 mm metric fasteners common in modern vehicle systems and industrial machinery.

Applications

This J.H. Williams deep socket is ideal for a wide range of professional applications. In automotive settings, it is particularly useful for suspension work, accessing engine components, chassis maintenance, and wheel lug nuts on various vehicle makes and models. Industrially, it proves invaluable for machinery assembly and disassembly, heavy equipment maintenance, and securing components on production lines where deep-seated metric fasteners are prevalent. Its robust design is suited for demanding tasks in workshops, service centers, and field service operations.