90-Degree Male JIC to Male ORB Hydraulic Adapter Elbow

Description

When you’re plumbing hydraulic lines on tractors and equipment, you’ll often run into tight spaces where a straight fitting just won’t work. This 90-degree elbow adapter solves that problem by connecting a 9/16-18 JIC (Joint Industry Council) thread to a 1/2-20 ORB (O-Ring Boss) thread at a right angle. Whether you’re routing hydraulic lines around frame rails, getting clearance from other components, or just making connections easier to reach, this elbow keeps your hydraulic system flowing smoothly.

What You’re Getting

• Heavy-duty 90-degree design changes direction without restricting flow
• Rated for 6000 PSI operating pressure—handles even the most demanding hydraulic systems
• Precision-machined threads ensure leak-free connections that stay tight
• Compact profile fits in tight spaces where straight adapters won’t work
• Direct connection between JIC and ORB threads eliminates multiple fittings

Built for Real Farm Work

This adapter handles the hydraulic pressures found on modern tractors, from loader circuits to three-point systems. You’ll find similar fittings on everything from loader circuits to remote hydraulic systems across different tractor brands. It’s perfect for custom hydraulic installations, repair work, or any time you need to connect different thread types at an angle.

Made to Last

Hydraulic fittings take a beating from pressure cycles, temperature changes, and constant vibration. This elbow is built from quality materials to handle those conditions without loosening or developing leaks. The precision machining ensures threads engage properly every time, and the design eliminates weak points that could fail under pressure.

Installation Notes

Thread the JIC end on first, then connect your ORB fitting to the other side. Use the proper flats size (9/16″ and 5/8″) to avoid over-tightening, which can damage the fitting or threads. Use thread sealant on the NPT threads for the best seal. Clean both mating surfaces before installation to prevent contamination from entering your hydraulic system.