Grey Pneumatic 1/2 Drive 13/16 5-pt (Buffalo Cover) Socket (20265B)

The Grey Pneumatic 1/2″ Drive 13/16″ 5-pt (Buffalo Cover) Socket (20265B) is a high-quality impact socket designed to tackle tough jobs in water and gas utilities. Its 5-point design and 13/16″ size make it ideal for removing tamper-proof buffalo covers.

KEY FEATURES AND BENEFITS:Specialized Design: Perfect for removing tamper-proof buffalo covers in utility applications.High-Quality Material: Made of durable alloy steel for long-lasting performance.Impact-Resistant: Designed to withstand the force of impact tools.Easy to Use: Simple and straightforward installation and removal process.Professional-Grade: Ideal for mechanics, technicians, and field workers.SPECIFICATIONS:Drive: 1/2″Size: 13/16″Points: 5-pointType: Utility (Buffalo Cover)Material: Alloy steelLength: 2 inchesDrive End: 1.25 inchesHOW TO USE:Attach the socket to your impact wrench: Ensure a secure connection using the 1/2″ drive.Position the socket over the buffalo cover: Align the socket’s points with the cover’s slots.Apply appropriate torque: Use the impact wrench to gradually tighten the socket onto the cover.Remove the cover: Once the socket is securely fastened, turn the impact wrench to loosen and remove the cover.BENEFITS OF USING THE GREY PNEUMATIC 1/2″ DRIVE 13/16″ 5-PT (BUFFALO COVER) SOCKET (20265B):Specialized Design: Perfect for removing tamper-proof buffalo covers in utility applications.High-Quality Material: Made of durable alloy steel for long-lasting performance.Impact-Resistant: Designed to withstand the force of impact tools.Easy to Use: Simple and straightforward installation and removal process.Professional-Grade: Ideal for mechanics, technicians, and field workers.FEATURES:5-point design for secure engagement with buffalo covers.13/16″ size to fit common buffalo cover sizes.1/2″ drive for compatibility with standard impact wrenches.Alloy steel construction for superior strength and durability.Impact-resistant design for heavy-duty applications.Precision-engineered for optimal performance.