10mm 3/8" Drive Metric Ball Hex Bit Socket - SK Hand Tool

The SK Hand Tool 45530 3/8 In Drive Metric Ball Hex Bit Socket - 10mm is engineered for professional automotive and industrial applications, offering reliable performance and exceptional durability. This professional-grade socket provides a secure grip on hex fasteners, making it an indispensable tool for mechanics and technicians tackling a wide range of repair and maintenance tasks. Its innovative design allows for effective fastening even in challenging, angled access situations.

Key Features

• Ball Hex Design: Allows for a working angle of up to 30 degrees, providing greater access in confined spaces and around obstructions.
• Durable Construction: Cold forged from high alloy steel for maximum strength and resilience under demanding use.
• SuperKrome® Finish: Provides extended tool life and superior corrosion resistance, ensuring longevity in harsh working environments.
• Replaceable Bit System: Features a through-hole design, allowing for quick and easy replacement of worn or broken bits (Replacement Bit No. 81964), enhancing the socket's service life.
• Enhanced Bit Retention: The new bit holder design is nine times stronger, significantly reducing the chance of the bit slipping out during operation.
• High-Strength Bit Material: Bits are manufactured from high-strength S2 steel, designed to meet rigorous professional standards.

Applications

This 3/8 In Drive Metric Ball Hex Bit Socket is ideal for professional technicians in various settings. It is commonly used in automotive repair for accessing hex fasteners in engine compartments, suspension systems, and braking components. In industrial applications, it is suitable for equipment assembly, machinery maintenance, and securing components in tight or awkward locations where a straight hex key cannot be effectively utilized.

Specifications

• Size: 10mm
• Drive Size: 3/8 in
• Length: 2.17"
• Replacement Bit No.: 81964

Caution: Do not use chrome sockets or drive tools with impact or power tools. Such use damages the tool, and may also result in bodily injury.