3/8" Drive 6-Point Metric 22 mm Shallow Socket - J.H. Williams

The J.H. Williams JHWBM-622 3/8" Drive 6-Point Metric 22 mm Shallow Socket is engineered for professional technicians and mechanics who demand reliable performance in challenging automotive and industrial environments. This precision-crafted socket delivers superior turning power and positive engagement on 6-point fasteners, minimizing the risk of rounding and maximizing efficiency on every job.

Key Features

• SuperTorque™ Lobular Openings: Designed to grip the fastener flats, providing increased turning power and significantly reducing the potential for fastener deformation and stripping.
• 6-Point Configuration: Ensures maximum contact with fasteners for a secure grip and efficient torque transfer, making it ideal for high-stress applications.
• 3/8" Drive Compatibility: Universally compatible with a wide range of standard 3/8" drive ratchets, extensions, and accessories, offering versatile integration into existing toolsets.
• 22 mm Metric Size: Precisely sized for common metric fasteners frequently encountered in automotive engines, suspension components, and various industrial machinery.
• Shallow Profile Design: Provides crucial access in confined or restricted work areas where standard-depth sockets may not fit, enhancing operational flexibility.
• Professional-Grade Construction: Manufactured by J.H. Williams, a trusted name in professional tools, ensuring exceptional durability and longevity under rigorous, daily use.

Applications

This versatile 22 mm shallow socket is an essential component for a broad spectrum of tasks in both automotive repair and industrial maintenance. It is well-suited for professional mechanics working on engine assemblies, chassis repairs, brake systems, and suspension adjustments where specific fastener access is required. In industrial settings, it reliably handles maintenance and assembly tasks on machinery, heavy equipment, and manufacturing lines, where robust and precise fastener engagement is critical for operational integrity.