Socket - Axle Nut Deep Impact 36mm 1/2" Drive - SK Hand Tool

Name: Socket - Axle Nut Deep Impact 36mm 1/2 Drive
Brand: SK Hand Tool
SKU: 55512
Availability: OutOfStock

Part #: 90986

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The SK Hand Tool 90986 Deep Impact Axle Nut Socket is engineered for professional technicians who require a robust and reliable solution for removing and installing stubborn axle nuts. This 36mm, 1/2-inch drive deep impact socket is specifically designed to meet the high torque demands of automotive repair environments, particularly on General Motors (GM) and Ford vehicles. Its specialized design ensures efficient and secure fastener engagement, making it an indispensable tool for drivetrain and suspension work.

Key Features

Patented SureGrip® Hex Design: This innovative design drives the side of the fastener rather than the corner, significantly increasing strength and preventing the rounding of rusted or damaged axle nuts.
Deep Well Configuration: The deep impact design allows for full engagement with recessed axle nuts, providing better access and leverage in challenging applications.
Professional-Grade Durability: Constructed from high-strength steel, this socket is built to withstand the rigors of frequent impact tool use in professional settings. It also features a black phosphate coating for enhanced resistance to corrosion.
Optimized Fastener Engagement: By gripping the fastener's flats, the SureGrip® hex design minimizes slippage and improves torque transfer, extending the life of both the fastener and the tool.
Easy Size Identification: Laser-engraved markings ensure clear and permanent size identification, even in low-light conditions.

Applications

This 36mm deep impact axle nut socket is an essential tool for automotive technicians performing drivetrain and suspension work. It is particularly suited for the removal and installation of axle nuts on various General Motors (GM) and Ford vehicle models. Ideal for use in busy garages, repair shops, and industrial maintenance operations where reliable performance under high stress is critical.