1-1/2" Drive Impact Socket Extension, SAE, Black Oxide, 15 in L

Product details about the PROTO - J15099P 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 - J15099P Impact Socket Extension is a robust tool designed for use with SAE measurement systems. With an overall length of 15 inches, this extension offers ample reach for various tasks. It features both input and output drive sizes of 1-1/2", making it suitable for jobs requiring this specific size. The square-shaped input drive and male square output drive are built to accommodate four-point sockets, providing versatility in usage.
Constructed from alloy steel, the PROTO - J15099P Impact Socket Extension is designed to withstand high impact work environments. Its black oxide finish not only enhances its aesthetic appeal but also adds an extra layer of protection against corrosion and wear. This extension is not insulated or non-sparking, indicating that it's primarily intended for standard conditions rather than specialized electrical or explosive environments.
This socket extension does not include a locking feature, which allows for quick changes between different sockets as needed during work processes. Despite its lack of insulation and non-sparking properties, the product has been rated for impact use – demonstrating its suitability in handling heavy-duty tasks where forceful impacts are common. Please note that while this item adheres to SAE standards, it may not be compatible with metric system tools due to differences in measurement units.