Fitting Adapter 45 deg ree Male -3 AN to Femal

The Fitting Adapter 45 Degree Male -3 AN to Female 1/8 in NPT by Vibrant Performance is a precision hydraulic and fuel line connector engineered for high-performance automotive, marine, and industrial fluid transfer systems. This adapter bridges two industry-standard connection types, allowing technicians and builders to integrate components with different port configurations without compromise. Whether you're assembling a custom fuel system, upgrading brake lines, or fabricating a turbo coolant circuit, this 45-degree adapter eliminates costly redesigns and reduces assembly time on the bench.

Manufactured from aluminum and finished in black anodize, this adapter combines lightweight construction with corrosion resistance and durability in demanding under-hood environments. The 45-degree angle design reduces stress on hose bends and fittings by allowing natural line routing, which extends hose life and lowers leak risk in vibration-prone applications. The -3 AN (male) thread size accommodates standard -3 AN hose fittings and adapters, while the 1/8 inch NPT (female) port accepts NPT-threaded ports found on manifolds, blocks, and accessory components. Vibrant Performance's precision machining ensures leak-free seals when paired with appropriate thread sealant or PTFE tape.

This adapter is ideal for custom fuel system builders, engine builders converting older carbureted platforms to fuel injection, and technicians upgrading cooling or lubrication circuits on modified powerplants. Its compact footprint (3.6 x 0.65 x 3.7 inches) and minimal weight (0.03 lbs) make it suitable for tight engine bays and weight-conscious builds. Compatible with all -3 AN hose sizes and standard 1/8 NPT ports, this fitting integrates seamlessly into Vibrant Performance system designs or mixed-brand setups requiring reliable intermediate connections. Proper installation with compatible hose clamps and thread sealant ensures years of dependable service in both street and motorsport applications.