#6 60-Deg Crimp Hose Fitting

The FRAGOLA #6 60-Degree Crimp Hose Fitting (part number 3106006) is a precision hydraulic connector engineered for high-flow fuel, oil, and coolant systems in performance automotive applications. This 6 AN (3/8-inch) hose end fitting delivers a secure sport-crimp connection with a 60-degree angled design, reducing installation stress and improving system routing flexibility in tight engine compartments. The black anodized aluminum construction balances durability with minimal weight, making it the preferred choice for race-built engines, turbocharged systems, and custom fuel delivery setups where reliable, leak-free connections are non-negotiable.

The 60-degree angle geometry is critical for directing hose runs away from hot engine components and exhaust heat sources while maintaining the compact footprint required in modern engine bays. FRAGOLA's sport-crimp design uses a proven mechanical lock mechanism that eliminates the need for threaded assembly, reducing potential failure points and ensuring repeatable, tool-free removal and reinstallation during maintenance. The 6 AN specification supports sustained flow rates essential for fuel injection systems and turbo cooling circuits, with pressure ratings suitable for both street performance and circuit-level competition use. Anodized aluminum resists oxidation in humid storage and provides superior thermal conductivity compared to steel fittings, critical in high-heat underhood environments.

This fitting is designed for builders and technicians assembling custom fuel systems, turbocharger feed and return lines, or engine oil cooling circuits where factory hose routing cannot accommodate standard straight connections. The female 6 AN port accepts standard hoses with matching crimp sleeves, offering broad compatibility across aftermarket fuel rails, thermostat housings, and transmission coolers. FRAGOLA fittings are favored in drag racing, road racing, and street turbo builds where system integrity directly impacts reliability and performance consistency.