Description
When you’re plumbing hydraulic lines on your tractor or implement, sometimes the connections just don’t line up right. That’s where this 90-degree adapter comes in handy—it changes direction while converting between JIC and ORB threads, saving you from having to bend hard lines or deal with kinked hoses. If you’ve ever fought with hydraulic fittings that almost fit but need just a little twist, this adapter solves that problem.
What You’re Getting
- Precision 90-degree elbow eliminates tight bends in hydraulic lines
- Converts 3/4-16 Male JIC to 1-1/16-12 Male ORB threads for system compatibility
- Heavy-duty construction handles 5000 PSI working pressure for demanding applications
- 1-1/4 inch hex allows easy installation with standard wrenches
- AgSmart quality means reliable sealing even after thousands of pressure cycles
Built for Real Farm Work
This adapter is essential for hydraulic systems on tractors, combines, and implements where space is tight and you need to route lines around obstacles. It’s especially useful on loader tractors, self-propelled sprayers, and tillage equipment where hydraulic lines run close to the frame or need to clear moving parts. The JIC to ORB conversion handles the different thread standards you’ll find on various brands of equipment.
Made to Last
Farm hydraulics see constant pressure changes and temperature swings that can cause lesser fittings to fail. This adapter is machined from quality steel with precision threads that seal tight and stay sealed. The 5000 PSI rating means it’ll handle whatever your hydraulic system throws at it, from high-pressure steering circuits to heavy-duty implement functions.
Good to Know
Always use thread sealant or tape on the male threads for a leak-free connection. The 1-1/4 inch hex makes installation straightforward with common tools. When routing hydraulic lines, this elbow helps avoid sharp bends that can restrict flow or cause premature hose failure. Keep the fitting clean during installation—even small dirt particles can cause leaks in high-pressure systems.
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