8AN Non-Swivel Hose En ds Black 45

The REDHORSE PERFORMANCE 8AN Non-Swivel Hose Ends Black 45 Degree adapter is a precision-engineered fitting designed for high-performance hydraulic and fuel systems requiring reliable, leak-free connections. This 45-degree hose end adapter accommodates 8 AN hose and connects to 8 AN female ports, making it an essential component for custom fuel systems, hydraulic brake lines, and performance cooling circuits in racing, automotive, and industrial applications.

Constructed from aluminum and finished in black anodized coating, this adapter provides corrosion resistance and durability in demanding environments. The 45-degree configuration allows for optimal hose routing in tight engine bays and complex plumbing layouts where straight fittings would create unnecessary strain or interference. The non-swivel design ensures a fixed connection angle, preventing rotation during installation and operation—a critical feature for maintaining system integrity under pressure and vibration. Each unit is sold individually, allowing builders to source exactly the quantity needed for their specific application.

This fitting is essential for automotive enthusiasts, performance shops, and engine builders working with fuel injection systems, forced induction cooling loops, and custom hydraulic brake setups. The 8 AN sizing provides a robust flow capacity suitable for high-volume applications while maintaining compact dimensions. Whether building a street-performance engine, track race car, or custom motorcycle, having quality AN hose ends in varied angles ensures professional system reliability and aesthetic consistency throughout your fuel and hydraulic networks.

REDHORSE PERFORMANCE adapters are widely recognized within the custom automotive community for consistent quality and precise manufacturing tolerances. The 45-degree angle is one of the most versatile configurations for engine bay layouts, complementing straight and 90-degree options to create efficient, low-stress plumbing designs that minimize turbulence and pressure loss in active systems.