1" Drive 12-Point SAE 2-7/8" Impact Shallow Socket - J.H. Williams

The J.H. Williams JHW7-1292 1" Drive 12-Point SAE 2-7/8" Impact Shallow Socket is engineered for demanding automotive and industrial applications. Designed for professional technicians and mechanics, this heavy-duty impact socket delivers reliable performance and exceptional durability when tackling large fasteners. Its robust construction ensures efficient power transfer from pneumatic and electric impact wrenches, making it an indispensable tool for heavy-duty maintenance and repair tasks.

Key Features

• SuperTorque™ Lobular Design: Features SuperTorque™ lobular openings that distribute turning force across the fastener flats, providing greater turning power and reducing the risk of rounding or deforming the fastener, even under high torque applications.
• Enhanced Fastener Engagement: Specifically designed for maximum engagement on both 6-point and 12-point fasteners, ensuring a secure grip and minimizing slippage during operation.
• Impact-Grade Construction: Manufactured from high-quality steel and specially heat-treated for impact use, offering superior strength, safety, and extended service life in rigorous professional environments.
• Broad Compatibility: Perfectly suited for use with high-torque pneumatic impact wrenches and powerful electric impact wrenches, providing versatility across various power tool setups.
• Shallow Profile: The shallow design allows access to fasteners in confined spaces where standard deep sockets might not fit, enhancing operational flexibility.

Applications

This 1" drive impact shallow socket is ideal for heavy equipment maintenance, truck and fleet repair, agricultural machinery servicing, and industrial assembly lines. It is particularly useful for disassembling and assembling large components with 2-7/8 inch SAE fasteners found in heavy vehicles, construction equipment, and industrial machinery where robust, reliable torque application is critical. Its design caters to high-demand situations where frequent use of impact tools is common, ensuring sustained performance and safety for the professional user.