10AN Push Lock Hose End s- Blue 90

The 10AN Push Lock Hose End s - Blue 90 from REDHORSE PERFORMANCE is a precision-engineered 90-degree hose fitting designed for high-performance hydraulic and fuel system applications. This component serves as a critical junction point in custom fluid transfer lines, enabling reliable connections between PTFE hose assemblies and female AN ports. Whether you're building a custom race engine, performance cooling system, or transmission cooler line, this swivel fitting accommodates the space constraints and directional requirements of complex engine bay layouts.

Engineered from lightweight aluminum and anodized in blue for corrosion resistance, the 10AN fitting features REDHORSE's proprietary push-lock design that eliminates the need for traditional crimped hose ends or threaded compression fittings. The 90-degree elbow configuration reduces the overall footprint required in tight mounting spaces while the swivel feature accommodates minor hose misalignment during installation and thermal cycling. The blue/red anodized finish provides both visual identification of the AN size and durable protection against oxidation and fluid degradation. This fitting maintains full structural integrity under sustained pressure cycles common in performance automotive and motorsports applications.

The 10AN Push Lock Hose End s - Blue 90 is ideal for enthusiasts assembling custom fuel systems, engine-mounted coolers, or high-flow cooling applications requiring a compact directional transition. The push-lock mechanism provides secure seating with PTFE hose—no crimping equipment or special tooling required. Installers should verify compatibility with their specific hose assembly diameter and female AN port configuration before purchase. Weighing only 0.16 lbs, this fitting adds negligible weight while delivering the reliability demanded by sustained high-pressure operation. For buyers shopping for authentic REDHORSE performance fittings for sale, this 10AN component offers proven durability across street performance and competition-level builds.