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1-1/16" Square Drive 12-Point Box End 15° Offset Head, X-Shank - CDI Torque Products

Part #: QXX34A

The CDI Torque Products QXX34A is a precision-engineered 1-1/16" 12-point box end interchangeable head, designed for accurate and versatile torque applications in professional automotive and industrial settings. This robust X-shank head integrates seamlessly with compatible adjustable torque wrench bodies, providing technicians with a flexible and reliable solution for critical fastening tasks.

Key Features

  • Interchangeable X-Shank Design: Easily attaches to CDI adjustable torque wrench bodies, enabling a wide range of fastening capabilities with a single wrench.
  • 1-1/16" 12-Point Box End: Provides a secure grip and multiple engagement angles on fasteners, reducing the risk of slippage and rounding.
  • 15° Offset Head: Enhances access in confined spaces and around obstructions, significantly improving maneuverability and efficiency in challenging work areas.
  • Professional-Grade Construction: Manufactured for durability and consistent performance, ensuring a long service life in demanding work environments.
  • Facilitates Precise Torque Application: Essential for meeting manufacturer specifications and preventing over or under-tightening of critical components.

Applications

This interchangeable head is an indispensable tool for professional mechanics and industrial technicians across various sectors. It is ideally suited for automotive repair, including engine work, suspension adjustments, and chassis maintenance, where specific torque values are crucial. Furthermore, its robust design and precise functionality make it valuable in heavy machinery maintenance, industrial assembly lines, and general plant upkeep where accurate and consistent fastener tension is required. The 15° offset head is particularly beneficial when working with difficult-to-reach fasteners in compact machinery or complex vehicle compartments.

Recommended Alternatives

This product was added to our catalog on Wednesday 09 November, 2011.