Fitting #8 Tee Female Swivel On Side Black

The Fitting #8 Tee Female Swivel On Side Black (MPN 498204-BL) is a professional-grade hydraulic adapter tee engineered for high-performance fuel, oil, and coolant systems in custom automotive builds and engine modifications. This FRAGOLA component is designed for experienced mechanics and performance enthusiasts who demand precision-engineered fittings that maintain system integrity under demanding conditions. Whether you're fabricating a custom fuel distribution manifold, rebuilding a street rod's plumbing, or routing auxiliary systems on a heavily modified engine, this adapter tee provides the reliable flow control and leak-free connections critical to dependable operation.

Constructed from aluminum and finished in black anodized coating for corrosion resistance and long service life, the Fitting #8 Tee Female Swivel On Side Black features three 8 AN ports—one female swivel inlet mounted on the side and two male outlets—allowing you to split flow or merge lines with precision control. The female swivel design accommodates 8 AN hose and fittings, compensating for minor angular misalignment while eliminating stress on connections during thermal cycling and vibration. Black anodized aluminum resists oxidation and maintains appearance in engine bay environments, while the precision internal passages minimize turbulence and pressure drop across your fuel, oil, or coolant circuits.

This fitting is ideal for fuel system manifold blocks, nitrous oxide distribution plumbing, turbocharger oil supply and return configurations, and auxiliary cooling circuits where space constraints demand compact tee assemblies. The lightweight aluminum construction (0.11 lbs) minimizes parasitic mass on engine bay applications, while the compact 3.05 x 1.25 x 4.5 inch envelope allows integration into tight custom installations. Compatible with all 8 AN (-8) hose, tubing, and standard automotive fittings, this adapter tee is sold individually and suits both street and competition vehicle builds where reliability and flow performance are non-negotiable.