Pushlock Hose End Black 45 Deg Elbow -6

The Pushlock Hose End Black 45 Deg Elbow -6 by Allstar Performance is a precision hydraulic fitting designed for high-pressure fluid line connections in racing, marine, and off-road systems. This 45-degree elbow adapter features a 6 AN hose barb inlet and 6 AN female outlet, enabling smooth directional changes in tight engine compartments while maintaining secure, leak-free connections under demanding conditions.

Constructed from black anodized aluminum, this fitting delivers corrosion resistance and lightweight durability essential for motorsports and marine applications where salt exposure or extreme temperatures are constant factors. The 45-degree angle design eliminates sharp bends in hose runs, reducing stress concentration points and extending hose service life. The pushlock connection method provides quick, tool-free assembly while ensuring a permanent, vibration-resistant seal—critical for systems experiencing continuous acceleration, deceleration, and directional forces. Allstar Performance's engineering ensures this fitting meets the precision tolerances required for brake systems, fuel delivery, coolant circulation, and power steering applications where reliability is non-negotiable.

This -6 AN hose end is ideal for builders restoring classic hot rods, constructing custom race vehicles, or upgrading marine cooling and hydraulic systems. Technicians working on fuel cell installations, nitrous oxide systems, and high-flow transmission coolers rely on AN fittings for their dimensional consistency and universal compatibility across manufacturers. The black anodized finish provides a professional appearance while offering superior surface hardness compared to bare aluminum.

For anyone assembling or repairing pressure-tested fluid systems where hose routing must navigate engine bays or chassis frames, the 45-degree configuration paired with pushlock security makes this fitting an essential component. The lightweight aluminum construction keeps system weight minimal without sacrificing the structural integrity required for high-performance applications.