Hose Fitting #12 60 Deg. to #16 Hose Black

The Hose Fitting #12 60 Deg. to #16 Hose Black from FRAGOLA is a precision-engineered adapter designed for high-performance fluid transfer systems in motorsports, custom automotive builds, and industrial hydraulic applications. This 60-degree swivel hose fitting bridges between #12 AN female ports and #16 AN hose connections, providing flexibility in tight engine bay layouts where standard 90-degree or straight configurations cannot fit. Built for enthusiasts and professionals who demand reliability under pressure, this fitting solves critical plumbing challenges in fuel, coolant, and brake line routing.

Constructed from lightweight aluminum and finished in black anodize, the Hose Fitting #12 60 Deg. to #16 Hose Black delivers corrosion resistance and durability in demanding underhood environments. The 60-degree angle allows hose runs to navigate around engine accessories, frame rails, and suspension components without kinking or excessive bending stress that compromises hose integrity. The swivel connection design accommodates minor misalignment and vibration, reducing strain on both the fitting and hose assembly during acceleration and thermal cycling. FRAGOLA's Pro-Flow 2000 Series construction ensures consistent bore sizing and precise thread engagement for leak-free performance at elevated pressures.

This adapter fits seamlessly into custom fuel systems, supercharger intercooler lines, transmission cooling circuits, and brake applications where space constraints demand angled connections. Installation requires compatible AN-rated hose and proper thread sealant; the lightweight 0.43 lb construction minimizes weight addition to performance builds. Whether you're assembling a street rod, race car, or upgrading OEM hydraulic systems, the Hose Fitting #12 60 Deg. to #16 Hose Black provides the flexibility and reliability needed for complex plumbing solutions. Compatible with all standard AN hose grades and fitting systems, this piece is essential for builders prioritizing both form and function in critical fluid pathways.