12AN Swivel Hose Ends Black 150

The 12AN Swivel Hose Ends Black 150 from REDHORSE PERFORMANCE is a precision hydraulic and fuel line fitting designed for high-performance automotive, marine, and industrial applications where reliability under pressure is non-negotiable. This 150-degree elbow connector joins 12 AN hose to 12 AN female ports, making it essential for custom fuel systems, turbo setups, and complex plumbing layouts where space constraints demand acute-angle routing. Built for professionals and enthusiasts who refuse compromises on fluid system integrity, this fitting solves the critical challenge of connecting hoses in tight engine bays and chassis configurations.

Manufactured from aluminum and finished in black anodizing, the 12AN swivel hose end features a full 360-degree swivel design that eliminates twisting stress on connected hoses during installation and operation. The 150-degree bend angle allows precise directional control while maintaining laminar flow characteristics critical for fuel delivery and hydraulic pressure systems. Swivel construction enables technicians to rotate the hose end during assembly without transferring torque to the host component, reducing installation time and protecting delicate threads. The aluminum construction combined with anodized protection resists corrosion in engine bay environments, while the precision-engineered seat ensures leak-free performance under sustained pressure cycles.

This fitting is ideal for custom fuel system builders, race engine builders, and anyone upgrading from factory rubber lines to braided stainless steel or reinforced hose assemblies. The 12 AN sizing (3/4-inch hose ID) accommodates mid-to-high flow applications in turbocharged, supercharged, and naturally aspirated engines. Installation is straightforward—hand-tighten initially, then use an appropriately sized wrench on the fitting body while turning the swivel nut to achieve proper torque without over-tightening. Verify hose compatibility and pressure ratings before final assembly to ensure system safety and longevity.