9mm 3/8" Drive 6 Pt Deep Metric Socket - SK Hand Tool

The SK Hand Tool 8409 is a professional-grade 3/8-inch drive, 6-point deep metric socket, precisely engineered for reliable performance in demanding automotive and industrial environments. This 9mm socket is designed to tackle deep-seated fasteners with ease, reflecting SK Hand Tool's commitment to durability and quality craftsmanship. It seamlessly integrates into any professional's toolkit, compatible with 3/8" drive ratchets and wrenches.

Key Features

• Deep Profile Design: Provides essential clearance for reaching recessed or deeply threaded 9mm metric fasteners, ensuring full engagement and preventing damage.
• 6-Point Configuration: Maximizes contact with the fastener head, reducing the risk of rounding and ensuring a secure grip for efficient tightening and loosening.
• Corrosion-Resistant Finish: Features a durable chrome-plated finish that resists rust and corrosion, extending the tool's lifespan even in harsh working conditions.
• Made in the USA: Manufactured to high standards in the USA, ensuring consistent quality and robust construction for professional use.

Applications

This versatile 9mm deep metric socket is an indispensable addition to any professional toolkit. It is ideally suited for:

• Automotive Maintenance & Repair: Essential for accessing recessed bolts on engines, transmissions, chassis components, and other tight spaces on various vehicle makes and models.
• Industrial Machinery: Perfect for securing or removing 9mm fasteners in manufacturing equipment, heavy machinery, and assembly lines.
• Construction & Fabrication: Useful for a range of tasks requiring precise engagement with metric hardware in construction projects and metal fabrication.

Specifications

• Size: 9mm
• Drive Size: 3/8 inch
• Point Count: 6
• Diameter: 0.69 inches
• Length: 1.75 inches

Important Note

To maintain tool integrity and ensure user safety, do not use chrome sockets or drive tools with impact wrenches or power tools. Such applications can cause tool damage and may lead to personal injury.