90 Degree Mandrel Bend 2.00in O.D. 16 Gauge SS

The 90 Degree Mandrel Bend 2.00in O.D. 16 Gauge Stainless Steel exhaust bend from Vibrant Performance is a precision component engineered for custom exhaust system fabrication and restoration work. This mandrel bend maintains consistent tubing geometry throughout the 90-degree turn, eliminating the kinks and flow restrictions that result from crush bends commonly found in low-cost alternatives.

Built from 16-gauge stainless steel, this bend provides excellent corrosion resistance and durability in high-temperature exhaust environments. The 3-inch radius bend coupled with 6-inch legs delivers optimal fitment flexibility for most mid-sized engine compartments. Stainless steel construction resists rust and oxidation far longer than carbon steel alternatives, making this bend ideal for street vehicles, vintage restorations, and marine applications where salt air or moisture exposure is a concern. The mandrel-bent construction preserves smooth interior walls, reducing turbulence and supporting more efficient exhaust scavenging compared to standard bent tubing.

This component is designed for technicians and enthusiasts building or upgrading custom exhaust systems. The 2-inch outer diameter fits standard slip-fit connections, allowing seamless integration into fabrication projects. Whether welding a cat-back system, constructing a header collector, or repairing damaged OEM exhaust routing, mandrel bends preserve flow characteristics that crush bends cannot match. Vibrant Performance specializes in exhaust tuning products trusted by fabricators, hot rodders, and performance shops for quality construction and consistent geometry.

For custom exhaust work, tube diameter and bend radius directly influence system performance. The 2-inch size accommodates moderate airflow for naturally aspirated and turbocharged engines in the 200–400 horsepower range. Mandrel construction ensures the bend maintains wall thickness uniformity and interior diameter consistency—critical factors when optimizing exhaust velocity and minimizing backpressure. This bend ships individually and can be combined with other components to create complete exhaust pathways tailored to specific engine and vehicle configurations.