11/16" Square Drive 12 Pt Flare Nut Head, Y-Shank - CDI Torque Products

The CDI Torque Products QYRX22A is an 11/16" Square Drive 12-Point Flare Nut Head engineered for precise torque application in demanding professional automotive and industrial environments. This interchangeable Y-shank head provides secure engagement and delivers accurate, reliable torque on critical flare nut fasteners, ensuring system integrity and preventing leaks.

Key Features

• Precision 11/16" Flare Nut Opening: Accurately sized for common flare nut fasteners found in hydraulic, fuel, and brake line systems, ensuring an optimal and secure fit.
• Secure 12-Point Design: Offers robust engagement with hex fasteners, significantly reducing the risk of rounding delicate flare nut corners during high-torque applications.
• Y-Shank Compatibility: Designed for seamless integration with CDI Y-type interchangeable torque wrench handles, enhancing versatility and operational efficiency across various jobs.
• Professional-Grade Durability: Constructed from high-quality materials to withstand the rigorous demands of continuous professional use in challenging workshop and industrial settings.
• Interchangeable Head System: Optimizes tool investment by enabling technicians to utilize a single torque wrench handle with a range of head types and sizes, streamlining workflows and reducing equipment overhead.

Applications

This 11/16" Square Drive 12-Point Flare Nut Head is an essential tool for professional technicians and mechanics across diverse fields. It is widely utilized in automotive service for critical tasks involving brake lines, fuel lines, power steering systems, and other hydraulic connections where flare nuts are prevalent, ensuring proper sealing and operational safety. Beyond automotive, its robust design is also suitable for HVAC installations and maintenance, as well as plumbing applications involving compression fittings and hydraulic lines. Its effectiveness for accurate torque application in confined spaces ensures leak-free connections and the long-term integrity of critical systems.