1/2" Drive 6-Point SAE 9/16" 9.57"/243.1 mm Shank Length Non-Ten - J.H. Williams

Specifications

• Manufacturer: J.H. Williams
• Model Number: JHWISSX918
• Drive Size: 1/2 inch
• Socket Type: 6-Point SAE
• Socket Size: 9/16 inch
• Shank Length: 9.57 inches (243.1 mm)
• Weight: 0.69 lbs

Key Features

• Extended Shank Design: Features an impressive 9.57-inch (243.1 mm) shank length, specifically engineered for reaching deeply recessed fasteners.
• 1/2" Drive Compatibility: Designed to seamlessly integrate with standard 1/2-inch drive ratchets, breaker bars, and extensions for broad utility.
• 6-Point Fastener Engagement: The 6-point configuration ensures a strong, secure grip on 9/16 inch SAE fasteners, reducing the risk of rounding corners.
• SAE Sizing: Precision-machined 9/16 inch opening for accurate fitment on imperial (SAE) nuts and bolts.

Applications

This specialized tool is ideal for professionals and enthusiasts working in environments that require exceptional reach and precision. Common applications include:

• Accessing deeply embedded nuts and bolts in engine compartments or machinery.
• Automotive maintenance and repair, especially in tight or obstructed areas.
• Industrial assembly and disassembly of equipment with recessed fasteners.
• Marine and heavy equipment service where standard sockets cannot reach.

Benefits

• Effortless Access: Solve the challenge of unreachable fasteners with the long shank, eliminating the need for disassembling surrounding components.
• Enhanced Fastener Protection: The 6-point design grips fastener flats securely, minimizing slippage and preventing damage to critical hardware.
• Robust Performance: Built to J.H. Williams' professional standards, this extended socket provides dependable performance and durability in demanding conditions.
• Time and Labor Savings: Quickly tackle jobs that would otherwise require significant effort and specialized, multi-part setups, streamlining your workflow.
• Versatile Tool Integration: Utilize your existing 1/2" drive tools, expanding their capabilities without investing in entirely new systems.