Hose Fitting #8 30 Deg Push Lock Black

The Hose Fitting #8 30 Deg Push Lock Black by FRAGOLA is a precision-engineered hydraulic and fuel line connector designed for high-performance automotive systems, race vehicles, and custom engine builds. This 8 AN (5/8-inch) push-lock fitting addresses the critical need for reliable, leak-free connections in demanding applications where vibration, pressure spikes, and thermal cycling demand superior durability. Whether you're fabricating a custom fuel system, upgrading cooling lines, or building a competition engine, this 30-degree angled fitting provides the flexibility and security that serious enthusiasts and professional mechanics require.

Constructed from lightweight aluminum with black anodized finish, the Hose Fitting #8 30 Deg Push Lock Black features FRAGOLA's proven 8000 Series Push-Lite technology, which uses an internal O-ring and barbed design to create a secure, reusable connection without requiring hose clamps or crimping tools. The 30-degree angle orientation allows for optimal routing in tight engine bays and complex plumbing layouts, reducing stress on hose runs and improving system longevity. The 8 AN barb-to-female configuration accepts standard -8 hose while the female end accommodates 8 AN male connectors, making it a versatile component in layered fuel and coolant systems where space constraints demand angular solutions.

This fitting is ideal for street rod builders, drag racers, custom fabricators, and engine shop technicians who prioritize system reliability and ease of assembly. The push-lock design eliminates the need for specialized crimping equipment—a major advantage during initial system setup or mid-event troubleshooting. Installation is straightforward: simply insert properly prepared hose into the barbed end until it seats firmly, then connect the female end to your fuel rail, radiator, or remote cooler system. The black anodized aluminum resists corrosion in engine bay environments and complements modern underhood aesthetics while maintaining the structural integrity required for sustained boost pressures and high-flow applications.