SATA GL48617 Open End Slugging Wrench 80mm

Slugging-ready means you can strike the hammer end of the wrench to apply additional torque when needed. The hammer striking surface is located on the end of the wrench, allowing you to drive fasteners in situations where extra force is required.

Key specs include an 80mm open-end design, heavy-duty steel construction, a rust-resistant coating, an extended leverage handle for increased torque, a hammer-ready slugging end, and a through-hole safety feature for tethering in confined spaces.

It’s designed for high-torque automotive and industrial tasks, such as loosening stubborn fasteners, assembling or disassembling components in tight spaces, and situations where extra leverage and impact force are beneficial.

Secure the workpiece, select a fastener that fits the 80mm opening, and apply torque with the wrench while keeping a firm grip. When needed, use the hammer end with a proper striking motion, using a suitable hammer and keeping hands clear of the striking area. Avoid excessive multi-directional strikes to prevent damage.

Wipe the tool after use to remove debris, keep it dry to prevent corrosion, and store it in a dry, protected area. Periodically inspect the hammer end and jaws for wear and clean off any grit or oil that could affect performance.

If you’re considering other sizes, here are comparable options available on Fepy: - 70mm model: https://fepy.com/product/sata-gl48616-open-end-slugging-wrench-70mm - 90mm model: https://fepy.com/product/sata-gl48618-open-end-slugging-wrench-90mm - 100mm model: https://fepy.com/product/sata-gl48620-open-end-slugging-wrench-100mm Each offers different torque capacity and reach to suit your space and fastener size needs.

Yes. The stubby beam length and extended leverage handle are designed for limited-clearance environments, while the through-hole safety feature helps tether the tool when working in confined spaces.

The clearly stamped size markings help you quickly identify the correct wrench size at a glance, reducing setup time and the chance of using an incorrect tool in demanding scenarios.

Yes. Use controlled, perpendicular strikes with an appropriate hammer, ensure the fastener is properly aligned before impact, and avoid striking the fastener from skewed angles. If a fastener resists, consider alternative methods or additional lubrication rather than applying excessive force.

It shines in high-torque tightening or loosening tasks where access is restricted, such as engine bay work, heavy machinery assemblies, and applications requiring extra leverage and impact force to break loose or snug fasteners quickly.