Metric Impact Socket Set - 3/8 In Dr 6 Pt - 10 Piece - K Tool International

Equip your professional toolkit with the K Tool International KTI37100 Metric Impact Socket Set, designed for demanding automotive and industrial applications. This 10-piece set provides a comprehensive range of commonly used metric sizes, ensuring reliable performance when tackling stubborn fasteners with impact tools. Constructed from durable chrome-moly steel, these sockets are engineered to withstand the high torque and repetitive impacts of power tools, offering exceptional longevity and safety in the workshop.

Key Features

• Professional-Grade Construction: Manufactured from robust chrome-moly steel (Cr-Mo), known for its superior toughness, thermal stability, and shock resistance. This material is designed to flex rather than shatter under heavy force, unlike standard chrome vanadium sockets.
• Optimal Performance: Each socket features a 3/8-inch drive, making it compatible with a wide range of impact wrenches and air ratchets.
• Enhanced Durability: Built with thicker walls than conventional sockets, these impact-specific tools are designed to endure the extreme torque and vibration generated by power tools.
• Comprehensive Metric Sizing: Includes 10 shallow, 6-point sockets ranging from 10mm to 19mm, covering essential fastener sizes for various tasks.
• Secure Fastener Engagement: The 6-point design provides a strong grip on fasteners, reducing the risk of rounding and allowing for maximum torque transfer.

Applications

This K Tool International Metric Impact Socket Set is an indispensable asset for professional technicians and mechanics across various fields. It is ideal for a wide array of automotive repairs, including the removal and installation of lug nuts, suspension components, engine parts, and other stubborn bolts and nuts that require high torque. Beyond automotive use, this set is well-suited for general industrial maintenance, construction tasks, and heavy machinery service, where durability and reliable performance under high stress are paramount.