45 Bend Aluminized 3.0od x 3.0od 6in Radius

The 45 Bend Aluminized 3.0od x 3.0od 6in Radius exhaust pipe bend from DYNOMAX is a precision-engineered component designed for custom exhaust fabrication and high-performance vehicle modifications. This mandrel-bent elbow serves as a critical junction point in exhaust systems, allowing builders to route tubing around engine bay obstacles while maintaining optimal flow dynamics. Whether you're constructing a custom cat-back system, turbo downpipe, or headers-to-cat setup, this 45-degree bend delivers the geometry needed for clean, efficient exhaust routing on street cars, track vehicles, and restoration builds.

Built from 16-gauge aluminized steel, this bend offers corrosion resistance while maintaining strength under thermal cycling and vibration typical of modern exhaust systems. The 6-inch radius specification—measured from the centerline of the bend—ensures smooth flow characteristics that minimize turbulence and backpressure compared to tight-radius elbows. Aluminized construction provides a cost-effective barrier against rust and oxidation for extended service life, making it suitable for both street applications and occasional track use. The 3.0-inch outer diameter perfectly integrates with standard 3-inch diameter exhaust tubing, allowing seamless welding and assembly into complete exhaust systems.

This bend is essential for fabricators and experienced DIY builders tackling custom exhaust work on V8 platforms, turbo conversions, and engine bay re-engineering projects. The 7-inch leg configuration accommodates typical welding margins and clearance requirements in tight engine compartments. Installation requires MIG or TIG welding equipment and basic exhaust fabrication knowledge; this component should be welded into a complete system rather than used as a standalone part. Its versatility makes it suitable for aftermarket exhaust shops, restoration specialists, and performance enthusiasts building one-off systems where off-the-shelf components won't fit the application.