12AN to 12AN O-Ring Port Adapter Blue Male Male

The 12AN to 12AN O-Ring Port Adapter Blue Male Male is a precision hydraulic and fuel line fitting designed for high-performance applications requiring reliable, leak-free connections between two male 12 AN ports. This straight adapter serves as an essential component in custom fluid distribution systems, including performance fuel systems, hydraulic brake lines, and power steering configurations where direct port-to-port coupling is required. Built for technicians and enthusiasts who demand dependable connections without thread adapters or manifold blocks, this fitting eliminates unnecessary bulk while maintaining structural integrity under pressure.

Constructed from aluminum and finished in blue anodizing, the 12AN to 12AN O-Ring Port Adapter features dual male threads compatible with standard 12 AN SAE port specifications. The integrated O-ring seal design provides superior pressure retention compared to simple threaded connections, effectively preventing fluid weeping and system contamination across a broad temperature range. The straight configuration ensures minimal flow restriction and simplified installation in confined engine bays or system assemblies. Weighing just 0.14 lbs with compact dimensions of 2.8 x 1.4 x 3.95 inches, this adapter delivers robust performance without adding significant mass to your system.

This fitting is ideal for motorsports enthusiasts, performance fuel system builders, and hydraulic technicians who require dependable SAE AN fittings for custom fabrication and system modifications. Installation is straightforward—simply thread both male 12 AN connections into the adapter port, ensuring the O-ring seats properly for maximum seal integrity. The blue anodized finish provides both corrosion resistance and clear visual identification in complex piping networks. Whether upgrading a race fuel system, constructing a custom hydraulic brake setup, or modifying power steering components, this adapter delivers the precision fit and reliability expected in professional-grade fluid delivery systems.