5 Piece 1/4" Drive SAE Impact Bi-directional Hex Bit Socket Set
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The GEARWRENCH 5 Piece 1/4" Drive SAE Impact Bi-Directional Hex Bit Socket Set is designed to remove, reuse, and install both damaged and undamaged hex fasteners with a single socket. Featuring award-winning bi-directional technology, these impact-rated sockets provide up to 4X more torque on damaged fasteners and up to 166% more torque on undamaged fasteners compared to standard hex bit sockets. Compatible with hand tools, ratchets, and impact tools, the set includes five popular SAE sizes organized on a convenient socket rail. Large laser-etched markings, a high-visibility orange paint-fill band, and a knurled body improve identification, grip, and productivity in professional automotive, industrial, and equipment maintenance applications.
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Frequently Asked QuestionsWhat is a bi-directional hex bit socket?A bi-directional hex bit socket is designed to remove, reuse, and install both damaged and undamaged hex fasteners with a single socket. Its unique design grips worn fasteners while still providing a secure fit on good-condition fasteners.Can these sockets remove stripped or rounded Allen fasteners?Yes. The bi-directional design grips damaged hex fasteners and delivers up to 4X more torque than standard hex bit sockets, helping remove worn or rounded fasteners without requiring a separate extraction tool.Are these SAE hex bit sockets impact rated?Yes. All sockets in the set are impact rated and can be used with impact wrenches, impact drivers, ratchets, and other hand tools.What sizes are included in this socket set?The set includes five SAE sizes: 5/32", 3/16", 7/32", 1/4", and 9/32", stored on an included socket rail for organization and quick access.When should I use a bi-directional hex bit socket instead of a standard hex bit socket?Bi-directional hex bit sockets are ideal when working with both damaged and undamaged hex fasteners. They help reduce tool changes, improve productivity, and provide increased gripping power on worn fasteners while maintaining normal functionality on undamaged hardware.
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