U-Bend Mild Steel 1.750 x 2.5in Radius 18 Gauge

The U-Bend Mild Steel 1.750 x 2.5in Radius 18 Gauge exhaust bend by SCHOENFELD is a mandrel-bent exhaust component engineered for custom exhaust system fabrication and high-performance vehicle builds. This U-bend configuration is designed for builders and fabricators who require precision tubing bends with consistent diameter and smooth internal surfaces to minimize exhaust gas turbulence and maximize flow efficiency. Whether you're constructing a street rod exhaust, race car system, or custom hot rod, this bend provides the structural integrity and thermal properties needed for reliable long-term performance.

Constructed from mild steel and manufactured to 18-gauge thickness, this mandrel-bent U-bend features a 1.750-inch diameter with a 2.5-inch radius and 9-inch legs, enabling smooth flow transitions without kinks or deformation. Mandrel-bending technology ensures the tubing walls remain consistent throughout the bend, preventing collapse and maintaining optimal exhaust gas velocity. The mild steel composition offers excellent weldability for custom fabrication work, while its thermal properties allow it to withstand repeated heating cycles typical of exhaust system operation. The compact design—weighing 1.66 lbs and measuring 7.1 x 1.75 x 12.4 inches—makes handling and positioning straightforward during assembly and installation.

Exhaust fabricators, hot rod enthusiasts, and performance builders rely on SCHOENFELD's precision bends to create systems that meet both aesthetic and functional demands. This U-bend is ideal for tight-radius applications where standard exhaust components don't fit or where custom routing is required to clear engine bay obstacles. The mandrel-bent construction ensures durability and flow characteristics that support higher horsepower levels without restrictions. Installation requires basic welding skills and compatible exhaust tubing connections; proper installation with appropriate hangers and heat shielding will maximize component lifespan and system performance.