DBL FLARE 5/16" ADPTR* - Mastercool

The Mastercool 71098-05 DBL FLARE 5/16" ADAPTER is a precision-engineered component designed to facilitate the creation of robust, leak-free 37° double flares on 5/16" tubing. As an essential part of Mastercool's professional hydraulic flaring systems, this adapter ensures that technicians can consistently produce high-quality connections critical for demanding automotive and industrial applications. Crafted from durable, hardened steel, it provides the reliability and precision required for professional-grade work.

Key Features

• Precision 37° Double Flares: Engineered to form accurate 37° double flares, meeting AN/JIC standards for high-performance connections.
• Hydraulic Tool Compatibility: Specifically designed for seamless integration and optimal performance with Mastercool hydraulic flaring tools.
• Durable Hardened Steel Construction: Built to withstand rigorous professional use, ensuring longevity and consistent performance.
• Leak-Free Connection Assurance: Contributes to creating secure, double-walled flares that are essential for preventing leaks in high-pressure systems.
• Optimal for 5/16" Tubing: Sized precisely for 5/16-inch tubing, allowing for dedicated and accurate flaring.

Applications

This 5/16" double flare adapter is indispensable for professional technicians and mechanics working on a variety of critical systems. Its ability to create 37° double flares makes it ideal for applications requiring superior joint integrity. Common uses include fabricating and repairing:

• Automotive Brake Lines: Essential for forming safe, high-pressure, leak-proof brake line connections in various vehicles.
• Fuel and Oil Lines: Ensures durable and reliable fluid transfer in fuel systems and engine oil systems.
• Hydraulic Systems: Suitable for heavy equipment, construction machinery, and other hydraulic applications where robust connections are paramount.
• High-Performance and Motorsport Builds: Crucial for custom builds and aerospace applications that demand AN fitting standards.