Socket 3/8" Drive Metric Semi-Deep 12 pt 22 - NEPROS

The NEPROS B3M-22W is a professional-grade 3/8" drive, 22mm metric, 12-point semi-deep socket engineered for precision and durability in demanding automotive and industrial environments. Crafted by NEPROS, a brand synonymous with exceptional tool quality, this socket provides technicians and mechanics with the reliability required for critical fastening tasks. Its meticulously machined design ensures a secure fit and efficient power transfer, making it an essential addition to any professional toolkit.

Key Features

• Professional-Grade Construction: Manufactured by NEPROS, guaranteeing superior material quality and precision engineering for long-lasting performance.
• 3/8" Drive Compatibility: Designed for seamless integration with standard 3/8" drive ratchets, extensions, and other accessories.
• 22mm Metric Size: Accurately sized for a wide range of specific metric fasteners encountered in modern vehicles and machinery.
• 12-Point Design: Offers increased contact points on fasteners, promoting a stronger grip, reducing the risk of rounding, and allowing for easier engagement in confined or awkward angles.
• Semi-Deep Profile: Provides greater reach than a standard shallow socket, accommodating longer bolts and studs, while maintaining a more compact form factor than a deep socket for improved access in restricted spaces.
• Enhanced Durability: Built to withstand the rigors of daily professional use, resisting wear and corrosion.

Applications

This NEPROS 3/8" drive 22mm semi-deep socket is indispensable for a variety of tasks across professional fields. It is commonly utilized in automotive repair for components such as suspension linkages, large engine accessory bolts, and various chassis fasteners. In industrial settings, it proves effective for maintenance and assembly work on machinery, equipment, and heavy-duty vehicles where 22mm metric fasteners are prevalent. Its semi-deep design makes it particularly useful when fasteners have exposed threads or require engagement in slightly recessed areas.