36 pc 1/2 Drive 12-Point Metric Shallow & Deep Socket Set in 1/3 - J.H. Williams

Specifications

• Manufacturer: J.H. Williams
• Model Number: JHWFMSS-36RC
• Drive Size: 1/2 inch
• Socket Count: 36 pieces
• Socket Type: 12-Point
• Measurement System: Metric
• Socket Depths: Shallow and Deep

Key Features

• Comprehensive Set: Includes 36 pieces of 1/2-inch drive metric sockets, providing a versatile range for various tasks.
• 12-Point Design: Each socket features a 12-point configuration, allowing for multiple engagement angles on fasteners.
• Dual Depth Options: The set contains both shallow and deep sockets, enabling access to fasteners in recessed areas or on extended studs.
• Metric Sizing: All sockets are precisely sized in metric increments to fit common metric fasteners.
• Modular Storage: Organized in a 1/3 modular tray, designed for efficient storage within tool chests and drawers.

Applications

• This socket set is ideal for professional mechanics and technicians working in automotive repair and maintenance.
• It serves effectively in industrial settings for assembling, disassembling, and servicing machinery.
• The set supports general mechanical work, providing the necessary tools for various fastening applications.
• Use it for heavy equipment maintenance and other demanding environments where robust tools are essential.

Benefits

• Enhanced Efficiency: The 12-point socket design allows for quick and easy engagement with fasteners, improving work speed, especially in tight spaces.
• Increased Accessibility: Combining shallow and deep sockets in one set ensures users can access fasteners in a wide array of configurations and depths.
• Superior Organization: The included 1/3 modular storage tray keeps all 36 sockets neatly arranged, simplifying tool selection and preventing loss.
• Reliable Performance: Constructed for durability, these sockets withstand demanding use in professional environments, offering consistent performance over time.
• Versatile Fastening: Addresses a broad spectrum of metric fastening requirements, reducing the need for multiple, specialized tools.