Code 61 Split Flange 45 Degree Elbow Crimp Fitting for 1/2 Inch Hydraulic Hose

Description

When you’re building hydraulic hoses for your tractor or equipment, sometimes you need a fitting that changes direction while maintaining a solid connection. This 45-degree elbow fitting lets you route hydraulic lines around obstacles or into tight spaces without kinking the hose. The Code 61 split flange design makes it perfect for custom hydraulic assemblies where you need that angled connection that stays put under pressure.

What You’re Getting

• 45-degree angle keeps hydraulic lines flowing smoothly around equipment frames and tight spaces
• Code 61 split flange design provides a secure, leak-proof crimp connection
• Male fitting end connects easily to standard hydraulic components
• Rigid construction won’t flex or move once installed
• Designed for 1/2 inch hydraulic hose with 3/4 inch thread connection

Built for Real Farm Work

This fitting is essential when you’re building custom hydraulic lines for loaders, three-point implements, or remote hydraulic systems. Whether you’re routing power steering lines on an older tractor, connecting hydraulic motors on hay equipment, or setting up remote outlets for hydraulic tools, this elbow keeps your lines neat and prevents damage from sharp bends.

Made to Last

The precision-machined threads and quality materials handle the pressure spikes and constant vibration that come with farm equipment operation. This fitting is built to maintain its seal through thousands of pressure cycles, temperature changes, and the vibration that comes with field work.

Good to Know

This is a crimp-style fitting that requires proper hydraulic hose crimping equipment for installation. Always use proper thread sealant on hydraulic fittings – never just 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. The 45-degree angle gives you just enough direction change to clear most obstacles without creating excessive back-pressure in your hydraulic system.