Description
When you’re running hydraulic lines to loaders, remote cylinders, or any implement that needs hydraulic power, getting the right angle for your connections can make the difference between a clean installation and a mess of kinked hoses. This 45-degree elbow fitting gives you that perfect angle to route hose around tight corners while keeping everything flowing smoothly. The Code 61 flange connection provides a secure, leak-free attachment that won’t work loose under pressure.
What You’re Getting
- 45-degree angle eliminates sharp bends that restrict hydraulic flow
- Code 61 flange provides secure mounting with proper bolt pattern
- 1-1/4 inch hose connection handles substantial hydraulic flow
- Crimp-style fitting ensures permanent, leak-proof hose attachment
- Heavy-duty construction built for agricultural hydraulic pressures
Built for Real Farm Work
This fitting is designed for tractors and equipment running hydraulic implements like loaders, backhoes, mowers, and remote cylinders. Whether you’re hooking up a front-end loader, connecting remote hydraulics to a log splitter, or routing lines to hydraulic top links, this elbow helps you make those connections without fighting against tight spaces or creating stress points in your hose.
Made to Last
Farm hydraulic systems operate under high pressure and constant vibration, so every fitting needs to hold up to the punishment. This elbow is built with quality materials that resist corrosion and maintain their seal integrity even after thousands of pressure cycles. The crimp connection creates a permanent bond between fitting and hose that won’t separate under load.
Good to Know
This is a crimp-style fitting, which means it needs to be professionally installed with proper crimping equipment for a safe, leak-free connection. The 45-degree angle is perfect for routing around frame rails, steering components, or other obstacles without creating sharp bends. Always use proper thread sealant on hydraulic fittings and check all connections for leaks before putting the system under full pressure.


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