1/2" Drive 12-Point SAE 1-5/16" Deep Socket - J.H. Williams

Specifications

• Model Number: JHW32442
• Manufacturer: J.H. Williams
• Drive Size: 1/2 inch
• Socket Type: Deep well
• Point Configuration: 12-point
• Measurement Standard: SAE (Society of Automotive Engineers)
• Socket Size: 1-5/16 inches

Key Features

• 12-Point Design: Provides multiple angles for fastener engagement, reducing the need for precise alignment and preventing fastener rounding.
• Deep Well Construction: Offers extended reach to access nuts on long studs or in recessed areas that standard sockets cannot reach.
• SAE Sizing: Specifically designed for imperial (inch) fasteners, ensuring a precise fit for relevant applications.
• Durable Construction: Engineered for strength and longevity, capable of withstanding rigorous use in demanding environments.
• 1/2" Drive Compatibility: Connects seamlessly with standard 1/2-inch drive ratchets, breaker bars, and impact wrenches.

Applications

• Automotive repair and maintenance, including suspension, engine, and chassis work.
• Industrial machinery assembly, disassembly, and servicing.
• Heavy equipment maintenance and construction tasks.
• General mechanical applications requiring robust and precise fastening solutions.
• Professional and DIY projects involving 1-5/16 inch SAE fasteners.

Benefits

• Enhanced Fastener Protection: The 12-point geometry minimizes stress on fastener corners, reducing the risk of stripping and ensuring a secure grip.
• Improved Accessibility: The deep well design allows users to reach and efficiently turn fasteners in confined or hard-to-access locations, saving time and effort.
• Reliable Performance: Constructed for durability, this socket consistently delivers dependable performance and an extended service life under heavy use.
• Versatile Use: Its specific sizing and drive compatibility make it an essential tool for a wide range of tasks involving 1-5/16" SAE fasteners.
• Increased Efficiency: Offers quick engagement and robust turning power, enabling technicians and mechanics to complete tasks more effectively.