Reusable Hose End Black 60 Deg Elbow -16

The Reusable Hose End Black 60 Deg Elbow -16 from ALLSTAR PERFORMANCE is a precision-engineered hydraulic fitting designed for high-pressure fluid transfer systems where space and angle are critical constraints. Built for hunters, outdoor enthusiasts, and equipment operators who demand reliable performance in challenging conditions, this 60-degree elbow fitting eliminates kinks and pressure loss that occur with straight connections in tight spaces. Whether you're maintaining all-terrain vehicles, pressure washers, or other field equipment, a quality hose end fitting ensures consistent flow and system integrity when it matters most.

This fitting accepts 16 AN (AN16) hose on both the feed and return sides, with a female swivel port that accommodates quick disconnects and secondary fittings without rotation-induced stress. The 60-degree angle geometry reduces dead zones in hydraulic circuits while maintaining full flow capacity compared to 90-degree alternatives—critical when operating in mud, snow, or extreme weather where efficient power transfer directly impacts performance. Black anodized aluminum construction provides superior corrosion resistance and thermal stability, while the reusable design allows field replacement without replacing entire hose assemblies. Weighing just 0.44 pounds, it adds negligible mass to system weight while delivering the durability expected from professional-grade hydraulic components.

This elbow fitting serves operators who assemble or maintain custom hydraulic systems for ATVs, hydraulic winches, pressure systems, and industrial equipment. The AN16 standard ensures compatibility with commercial-grade hose and fittings across manufacturers, giving you flexibility in sourcing replacement components in remote locations or during extended field seasons. Installation is straightforward—simply thread onto compatible 16 AN hose and secure the swivel end to your system's receiving port. Proper torque and thread sealant ensure leak-free operation in high-vibration or high-pressure environments where safety and reliability are non-negotiable.