3/4-16 RH Tube End - 1-1/2in x .120in

The 3/4-16 RH Tube End - 1-1/2in x .120in from MEZIERE is a precision-engineered rod end fitting designed for high-performance cooling systems, fuel lines, and custom hydraulic applications in automotive builds. This right-hand (RH) threaded component is essential for fabricators, engine builders, and restoration specialists who demand reliability in extreme-temperature or high-pressure environments. Whether you're assembling a race engine cooling circuit, designing a custom fuel delivery system, or building a street performance platform, this tube end provides the secure, leak-free connection that separates amateur work from professional-grade installations.

This MEZIERE tube end features a 3/4-16 right-hand thread pitch, compatible with standard 3/4-inch threaded hose ends and adapters found in race-grade plumbing systems. The 1-1/2-inch diameter tube body accommodates 0.120-inch wall thickness tubing, a specification common in aluminum or steel hard lines used in high-flow cooling and fuel systems. MEZIERE's manufacturing process ensures concentric bore alignment and consistent thread geometry, reducing vibration-induced loosening and minimizing pressure drops across the fitting. The compact design, weighing just 0.63 pounds, integrates cleanly into tight engine bay layouts without adding unnecessary mass or complexity to your system.

Professional engine builders, fabricators, and vintage car restorers benefit most from this tube end when assembling custom cooling, fuel, or transmission cooler lines that demand precision fitment and proven durability. Installation requires standard wrenching on both the threaded end and the tube body itself; proper torque sequence prevents cross-threading and ensures a secure seal without over-tightening the delicate fitting. Verify your system's line diameter (1-1/2 inches OD) and wall thickness (0.120 inches) before ordering to guarantee compatibility with your hose routing and adapter configuration. MEZIERE's reputation for consistency makes this component ideal for any build where system integrity directly impacts engine longevity and performance reliability.