12AN Anodized Hose Finisher Black

The 12AN Anodized Hose Finisher Black by REDHORSE PERFORMANCE is a precision hydraulic line termination component engineered for professional-grade fluid system assembly. Purpose-built for law enforcement vehicles, military tactical platforms, and high-performance automotive applications, this hose finisher ensures clean, secure connections in demanding operational environments. Whether you're configuring brake lines, power steering systems, or custom hydraulic circuits, this component delivers the reliability required when equipment failure is not an option.

Constructed from hard-anodized aluminum with a black military-spec finish, the 12AN hose finisher resists corrosion, oxidation, and environmental degradation inherent in field operations. The anodized coating provides superior durability against salt spray, hydraulic fluid exposure, and thermal cycling—critical for vehicles deployed in coastal, desert, or extreme-climate theaters. The 12AN port size (3/4-inch dash equivalent) accommodates high-flow applications while maintaining structural integrity under pressure cycles common to tactical vehicle suspension and braking systems. This finisher's precision-machined threads and seat surfaces guarantee leak-free connections with industry-standard AN hose and adapter fittings.

Combat engineers, vehicle mechanics, and hydraulic system specialists rely on REDHORSE PERFORMANCE fittings for mission-critical assemblies where field repairs and retrofits cannot tolerate downtime. Compatible with any system using JIC or AN-standard 12-size hose ends, this finisher integrates seamlessly into existing pump manifolds, valve blocks, and control assemblies. Installation requires only a wrench and basic mechanical knowledge; the compact profile (2.75 x 1.4 x 3.75 inches) fits tight engine bays and underbody mounting points. Weighing just 0.09 pounds, it adds negligible mass while delivering full structural load-bearing capacity for high-pressure fluid transfer in armored, light-tactical, and support vehicle platforms.