1/2\" Drive x 16mm, Deep Universal Impact Socket - Sunex Tools

Specifications

• Manufacturer: Sunex Tools
• Model Number: 216UMD
• Drive Size: 1/2 inch
• Socket Size: 16mm
• Socket Type: Deep Universal Impact
• Weight: 0.6 lbs
• Dimensions (L x W x H): 3.7 x 1.3 x 1 inches

Key Features

• Universal Joint Design: Allows for flexible access and movement at various angles, making it easier to work in confined spaces.
• Deep Well Profile: Reaches fasteners located on longer studs or within recessed areas, enhancing versatility.
• Impact Grade Construction: Engineered to withstand the high torque and demands of impact wrenches, ensuring durability.
• 16mm Size: A commonly used metric size for a wide range of automotive and mechanical applications.
• 1/2-inch Drive: Compatible with standard 1/2-inch drive impact tools, integrating seamlessly into existing tool sets.

Applications

• Automotive repair and maintenance, including engine compartments, suspension, and chassis work.
• Service and assembly of heavy machinery and industrial equipment.
• Construction and fabrication tasks requiring robust fastening solutions.
• Ideal for professional mechanics, technicians, and serious DIY enthusiasts.
• Used for loosening or tightening nuts and bolts in hard-to-reach or obstructed locations.

Benefits

• Enhanced Access: The universal design provides exceptional flexibility, allowing you to maneuver around obstacles and access fasteners at angles where standard sockets cannot.
• Increased Efficiency: Combine deep reach with impact power for faster, more effective work on long bolts or recessed nuts, reducing the need for multiple tools.
• Reduced Stripping: A secure grip on fasteners, even when working at an angle, minimizes the risk of rounding corners and damaging hardware.
• Durability and Reliability: Built for demanding impact use, this socket resists wear and tear, offering long-term performance and consistent results.
• Time Savings: Tackle challenging jobs with greater ease and speed, improving productivity and minimizing downtime on critical tasks.