45 Bend Aluminized 3.0id x 3.0od 6in Radius

The 45 Bend Aluminized 3.0ID x 3.0OD 6in Radius exhaust tube from DYNOMAX is a precision-engineered component designed for custom exhaust system fabrication and modification. This elbow fitting serves as a critical routing element in performance and custom exhaust builds, allowing technicians to navigate tight engine bay spaces and optimize exhaust flow paths. Whether you're building a full custom exhaust system, upgrading a stock setup, or fabricating a one-off performance solution, this 45-degree bend provides the directional change needed without compromising flow characteristics or durability.

Constructed from aluminized steel, this tube resists corrosion and thermal degradation far better than mild steel while maintaining excellent workability for welding and custom fabrication. The 3.0-inch inner diameter and matching 3.0-inch outer diameter provide seamless integration with standard exhaust piping and collector systems commonly found in performance and racing applications. The 6-inch radius bend is engineered to minimize flow disruption at the transition point—critical for maintaining scavenging efficiency and reducing backpressure. The aluminized coating reflects radiant heat away from the engine bay, helping preserve under-hood temperatures and protect surrounding components during high-performance operation.

This component is ideal for fabricators, experienced DIY builders, and performance shops constructing custom exhaust systems for street rods, race vehicles, turbocharged builds, and engine swaps where OEM exhaust routing is not viable. The 45-degree geometry works particularly well in tight mid-engine or rear-mounted applications where space constraints demand creative piping solutions. Weighing just 2.17 lbs and compact enough to handle easily during assembly, it integrates directly with 3.0-inch diameter piping using standard clamps or welded connections. Proper MIG or TIG welding technique is required for permanent installation to ensure structural integrity and exhaust system longevity.