90 Alum #6flare/3/8in Pipe

The AEROQUIP 90 Degree Aluminum #6 Flare to 3/8 Inch NPT Male Adapter (FCM2035) is a precision hydraulic fitting engineered for high-reliability fluid power connections. This 90-degree elbow adapter transitions from a #6 AN (Army-Navy) male flare port to a 3/8-inch National Pipe Thread (NPT) male port, making it essential for applications requiring secure, leak-free coupling in tight spaces or complex routing scenarios. The blue anodized aluminum construction provides corrosion resistance while maintaining a lightweight profile ideal for mobile equipment and vehicle hydraulic systems.

AEROQUIP's design ensures the fitting meets rigorous SAE standards for aerospace and industrial hydraulic applications. The #6 AN flare connection delivers reliable pressure sealing through the proven flare-seat design, while the 3/8-inch NPT thread accepts standard pipe fittings and components found across industrial, marine, and automotive systems. The 90-degree angle eliminates the need for separate elbows, reducing potential leak points and simplifying assembly. Weighing just 0.08 pounds, this compact adapter fits within constrained engine bays, equipment cabinets, and fluid management systems where space optimization is critical.

This adapter serves hydraulic technicians, off-road vehicle builders, marine equipment operators, and industrial maintenance teams who need dependable cross-port connections. Whether retrofitting a recovery winch line, integrating auxiliary hydraulics into a work truck, or repairing industrial machinery, the FCM2035 provides the precise port transition required without custom fabrication. The anodized finish resists oxidation in humid and salt-air environments, extending service life in demanding conditions.

AEROQUIP fittings are trusted throughout the hydraulic industry for OEM and aftermarket applications. The combination of aluminum construction, SAE-compliant design, and cross-port versatility makes the 90-degree #6 flare-to-3/8 NPT adapter an intelligent choice for anyone building or maintaining hydraulic systems that demand precision and durability.