8AN 90 Degree PTFE Reusable Hose End Blue

The 8AN 90 Degree PTFE Reusable Hose End Blue from REDHORSE PERFORMANCE is engineered for high-performance fuel and fluid delivery systems in modern engine builds and custom vehicle projects. This fitting serves as a critical interface between braided hoses and fuel rails, carburetors, or transmission cooler lines where precise flow control and leak-free connections are non-negotiable. Whether you're tuning a forced-induction setup, upgrading to a high-flow fuel system, or fabricating custom hydraulic runs, a quality 90-degree hose end eliminates the need for multiple elbows and reduces complexity in tight engine bay layouts.

Constructed with PTFE (polytetrafluoroethylene) sealing elements and reusable body design, this 8AN fitting accommodates standard braided hose without permanent crimping, allowing you to adjust, reconfigure, or replace hoses as your build evolves. The 90-degree elbow geometry redirects flow without creating turbulence zones that compromise fuel atomization or coolant circulation, while the blue anodized finish provides both corrosion resistance and easy identification during complex plumbing layouts. REDHORSE PERFORMANCE fittings meet SAE standards for pressure ratings and thread concentricity, ensuring compatibility with fuel pumps exceeding 100 PSI and transmission systems running cooler or transmission fluid.

This hose end is ideal for builders working with -8 AN hose diameters (½-inch OD), common in street performance, racing, and restomod applications where stock fuel delivery cannot support modified injector counts or carb cfm ratings. Installation requires only hand-tightening with a wrench on the body hex; reusable construction means you can disassemble for cleaning or component swaps without sacrificing the fitting itself. Pair this blue 90-degree end with quality braided AN hose and stainless banjo fittings to complete a professional-grade fuel system capable of supporting naturally aspirated, supercharged, or turbocharged engine platforms.