Female Swivel 90 Degree Hydraulic Fitting for 5/8 Inch Hose with DIN Heavy 24 Degree Seat

Description

When you’re building custom hydraulic hoses or replacing worn fittings, having the right connection makes all the difference between a system that works smoothly and one that gives you headaches. This female swivel 90-degree fitting is built for those tight spots where you need to change direction without fighting the hose routing. The swivel design lets your hose move naturally while keeping a secure, leak-free connection that handles the pressure spikes and constant vibration that come with farm work.

What You’re Getting

• 90-degree elbow design gets you around corners and obstacles without kinking the hose
• Female swivel construction allows the fitting to rotate freely, reducing stress on connections
• DIN Heavy standard with 24-degree seat provides a secure, leak-resistant seal
• 5/8-inch hose compatibility works with common hydraulic system sizes
• M24x1.5 threading matches European and modern tractor hydraulic standards

Built for Real Farm Work

This fitting is designed for tractors and equipment that run hydraulic implements like loaders, three-point hitch systems, and remote cylinders. Whether you’re connecting lines on a utility tractor or routing hydraulics around tight spaces on larger equipment, the 90-degree bend and swivel action make installation easier and reduce wear on your hoses from constant movement and vibration.

Made to Last

The precision-machined threads and quality construction handle the high pressures and temperature swings that hydraulic systems dish out daily. The 24-degree seat design creates a metal-to-metal seal that won’t leak under pressure, while the swivel bearing lets the connection move without binding or wearing out the threads.

Installation Notes

This is a crimp-on fitting that requires proper hydraulic hose crimping equipment for installation. Always use the correct thread sealant on hydraulic connections—never tape that can contaminate your system. Clean both fitting surfaces before connecting, and don’t over-tighten as this can damage the threads or crack the fitting body.