Hose Fitting #12 90 Deg. to #16 Hose Black

The Hose Fitting #12 90 Deg. to #16 Hose Black is a high-performance component from the Fragola 2000 Series Pro-Flow line, engineered to meet the rigorous demands of professional automotive plumbing. This specific fitting is designed to bridge the gap between a -12 AN female port and a -16 AN hose, providing a reliable transition for fuel, oil, or coolant systems. By utilizing a 90-degree bend, it allows for clean routing in tight engine compartments where space is at a premium and direct paths are unavailable.

Constructed from high-strength aluminum, this fitting features a black anodized finish that provides excellent resistance against corrosion and wear in harsh environments. The Pro-Flow series is distinguished by its unique design that minimizes internal turbulence, ensuring that fluid flow remains consistent and unrestricted. When you buy this fitting, you are investing in a component that eliminates the potential leak paths associated with traditional brazed fittings, as the 2000 Series uses a one-piece design for maximum structural integrity.

Technical specifications for this unit highlight its versatility in custom plumbing applications. The -12 AN female swivel end ensures a tight, secure seal against mating adapters, while the -16 AN hose end provides a robust interface for high-pressure lines. Whether you are reviewing your current setup for potential failure points or building a new system from scratch, this fitting offers the durability and precision required for competition-level performance.

The 90-degree configuration is essential for clearing chassis components or engine accessories, ensuring that your large-diameter plumbing is routed safely without kinking or mechanical stress. This Fragola component represents a critical upgrade for any technician or enthusiast seeking reliable, leak-free performance in demanding applications. Its lightweight profile and professional black finish make it a staple for any high-flow fluid management project where aesthetics and functionality must coexist.