3/4" Drive Impact Socket Extension, SAE, Black Oxide, 10 in L, Proto, Mfr#: J07568

Product details about the PROTO - J07568 Impact Socket Extension.
Impact socket extensions are essential tools in mechanical and automotive work, designed to extend the reach of impact sockets for use with powered impact wrenches. These extensions are constructed with heavy-duty materials, often featuring a robust steel build, to withstand the high torque generated by impact tools. The primary purpose of impact socket extensions is to provide access to hard-to-reach areas, allowing mechanics and technicians to efficiently tighten or loosen fasteners in various applications without compromising on durability or performance.
The PROTO - J07568 Impact Socket Extension is a standard type socket extension with an overall length of 10 inches. It features both input and output drive sizes of 3/4 inch, making it suitable for tasks requiring this specific measurement size. The product adheres to SAE (Society of Automotive Engineers) measurements, indicating its compatibility with other tools designed under the same standards. This tool also has a square-shaped input and output drive shape, which can be used in conjunction with four-point sockets.
Constructed from alloy steel, the PROTO - J07568 Impact Socket Extension is built to withstand high-impact operations. Its black oxide finish not only enhances its durability but also provides resistance against corrosion, thereby extending the lifespan of the tool. While it's not insulated or non-sparking, this impact socket extension is rated for impact use.
This product complies with ASME B107.110-2012 and SAE AS4984A standards ensuring that it meets industry requirements for quality and performance. The male square output drive type and female square drive type further enhance its versatility in various applications where different gender drives are required.
In conclusion, the PROTO - J07568 Impact Socket Extension offers robustness due to its material composition and finish while providing flexibility through its design attributes such as gender drives and point number compatibility.