Banjo #4 To 7/16

The Banjo #4 To 7/16 adapter fitting from EARLS is a precision-engineered AN hydraulic connector designed for builders and technicians who demand reliable fluid line integration in high-performance systems. This straight banjo adapter bridges 4 AN male ports to 7/16-inch banjo connections, making it an essential component for custom fuel, coolant, and brake system installations where compact, leak-free transitions are non-negotiable. Whether you're fabricating a race engine bay, restoring a classic vehicle, or engineering a specialized hydraulic circuit, this adapter ensures compatibility across different port standards without compromising flow integrity or safety.

Manufactured from durable steel and finished with zinc plating for corrosion resistance, the Banjo #4 To 7/16 delivers both durability and longevity in demanding environments. The straight design eliminates unnecessary bends that can restrict flow or create turbulence, while the banjo configuration allows for clean, angled inlet connections on fuel blocks or distribution manifolds. Zinc plating protects against rust and oxidation, ensuring the fitting maintains its structural integrity across engine bay temperature cycling and exposure to moisture. At just 0.04 lbs and measuring 2.6 x 0.5 x 2.6 inches, this compact adapter integrates seamlessly into tight engine compartments without adding bulk or weight to the system.

Professionals in automotive fabrication, marine engineering, and motorsports rely on EARLS adapters for consistency and performance under pressure. The 4 AN to 7/16-inch banjo conversion is particularly valuable when retrofitting fuel systems, upgrading cooling circuits, or connecting aftermarket components that use different port standards. Installation requires standard AN wrenches and compatible sealing washers; proper torque spec compliance ensures a pressure-tight seal without over-tightening. This single adapter eliminates the need for multiple fittings or expensive custom manifolds, making it a cost-effective solution for system modifications that demand precision and reliability.