Hose Fitting #12 90 Deg Pro-Flow

The FRAGOLA Hose Fitting #12 90 Deg Pro-Flow is a professional-grade aluminum hose end connector engineered for high-performance fluid transfer systems in automotive, aerospace, and industrial applications. This 90-degree swivel fitting seamlessly connects 12 AN hose to 12 AN female ports, delivering the precision flow characteristics that distinguish FRAGOLA's Pro-Flow 2000 Series across racing, restoration, and heavy-duty service environments.

The 90-degree configuration eliminates sharp bends in tight engine bays and compartments, reducing turbulence and pressure loss while protecting hose integrity under sustained vibration. The swivel design accommodates minor misalignment without binding, critical in systems subject to thermal cycling and mechanical stress. Aluminum construction keeps weight minimal—essential in performance platforms where every pound matters—while the blue and red anodized finish resists corrosion and enables quick color-coded circuit identification. The Pro-Flow series minimizes internal restrictions to maintain consistent pressure and flow rates demanded by fuel injection, cooling, and power steering systems operating at continuous duty.

This fitting serves builders, technicians, and enthusiasts assembling custom fluid systems where reliability and flow efficiency cannot be compromised. Whether plumbing a modified engine bay, installing auxiliary cooling loops, or upgrading factory hose routes, the 12 AN size accommodates moderate flow volumes without oversizing the system. The swivel connection simplifies installation when precise port alignment is difficult, reducing stress on adjacent components and improving long-term system durability.

FRAGOLA fittings are recognized throughout motorsports and high-performance industries for consistent quality and proven track record. The Pro-Flow series balances cost-effectiveness with performance-class specifications, making it accessible for restoration projects and budget-conscious builds without sacrificing core engineering integrity.