Hose End 90-deg 1/2npt to 3/4 Barb Black

The Edelbrock hose end 90-deg 1/2 NPT to 3/4 barb fitting is an essential component for anyone building or modifying fluid systems in performance automotive applications. This black anodized aluminum adapter bridges the gap between NPT (National Pipe Thread) ports and barbed hose connections, making it indispensable for coolant lines, fuel delivery systems, and vacuum hose routing on street rods, race engines, and custom builds. Whether you're plumbing a newly installed water pump, fuel pressure regulator, or intercooler setup, this 90-degree configuration allows tight routing in confined engine bays where straight-shot connections simply won't fit.

Manufactured from aircraft-grade aluminum and finished with durable black anodized coating, the Edelbrock 8165 resists corrosion while maintaining a professional appearance under the hood. The 90-degree elbow design provides a compact footprint compared to two 45-degree fittings, reducing fluid turbulence and leak points in high-vibration environments. The 1/2 inch NPT male thread accepts standard intake manifold ports and block-mounted fittings, while the 3/4 inch barb end securely seats 3/4-inch hose with a single stainless steel hose clamp, creating a dependable seal that handles both ambient coolant circulation and pressurized fuel system applications. This compact design—weighing just 0.11 pounds—adds negligible mass while delivering precision-engineered reliability.

Mechanics and engine builders rely on Edelbrock fittings for street machines, drag race platforms, and restoration projects where thread-to-barb transitions are unavoidable. The 90-degree orientation excels when routing coolant from an aftermarket radiator cap, water bypass block, or heater control valve in tight quarters where engine components crowd the available space. Installation is straightforward: simply thread the NPT end into the port (Teflon tape recommended), slip the barbed end into hose, and secure with a clamp. This single fitting eliminates the need for bulky reducer blocks or custom fabrication, saving both time and cost while maintaining factory-grade durability in modified or original cooling and fuel systems.