SOC 16MM 3/8D IMP 6PT - GearWrench

The GearWrench EHT532160GR 16mm 3/8" Drive 6-Point Impact Socket is engineered for professional technicians and mechanics tackling demanding automotive and industrial applications. This robust socket combines precision sizing with a design optimized for both strength and access, making it an essential addition to any professional toolkit. Built to withstand high-torque environments, it delivers reliable performance for critical fastening tasks.

Key Features

• Impact-Grade Durability: Constructed from resilient material designed to withstand high-impact forces, ensuring longevity and consistent performance in professional use.
• Enhanced Fastener Access: Features a thin-wall design that allows for easier access to fasteners located in confined or hard-to-reach areas.
• Optimized Strength: The specialized arc design helps to distribute torque evenly across the fastener, minimizing the risk of stripping or rounding, even under heavy loads.
• Pass-Thru® System Ready: Specifically designed to integrate seamlessly with GearWrench XL Pass-Thru® ratchets, offering increased versatility for long bolts and threaded rod applications.
• Secure 6-Point Engagement: The 6-point contact design provides a secure grip on hex fasteners, reducing slippage and protecting the fastener head.
• Precision 16mm Sizing: A precisely machined 16mm opening with a 3/8-inch drive ensures an accurate fit for specific automotive and industrial components.

Applications

This GearWrench 16mm impact socket is ideal for a wide range of professional tasks. It is particularly suited for automotive repairs, including suspension work, brake caliper bolts, engine accessory mounting, and various under-hood components. In industrial settings, it proves invaluable for assembling and disassembling machinery, equipment maintenance, and other applications requiring a durable and precise 16mm fastener solution with a 3/8" drive. Its impact-grade construction makes it suitable for use with impact wrenches and drivers in high-demand situations.