AF9503-1875 Aeroflow 304 S/S Bend 90 Deg 1 7/8″ O.D1.5 Mm (.059″) 150mm / 6″ Leg

Description

Enhance exhaust system efficiency and longevity with a mandrel-bent 90-degree elbow crafted from 304 stainless steel. This bend mitigates flow restriction and turbulence, promoting smoother exhaust gas movement which improves engine performance and reduces backpressure.

The 1.5 mm (0.059″) wall thickness offers robust resistance to heat and corrosion, ensuring sustained durability under high-temperature exhaust conditions. This thickness balances strength with weight, providing a reliable component without unnecessary bulk.

Featuring a 1-7/8″ outside diameter, the bend matches standard exhaust tubing dimensions, allowing for straightforward integration into existing systems or custom fabrication setups. The 150 mm (6″) leg length provides sufficient pipe engagement for secure welding and optimal sealing, preventing leaks and maintaining system integrity.

Manufactured by Aeroflow, a trusted brand in exhaust and fabrication components, this bend weighs 0.75 kg, reflecting its sturdy stainless steel construction without excessive mass. Its compact dimensions—33 cm length, 16 cm width, and 5 cm height—facilitate installation in tight engine bays or confined fabrication spaces.

This 90-degree bend is designed specifically for mandrel bending, preserving the pipe’s internal diameter through the curve and avoiding common issues like kinking or deformation. This feature ensures a consistent cross-section, which is critical for maintaining exhaust velocity and reducing turbulence.

Ideal for custom exhaust builds, repairs, or performance upgrades, this bend integrates seamlessly with other straight pipes and mandrel bends. It supports fabrication projects where precision, durability, and flow efficiency are paramount.

Incorporate this 304 stainless steel mandrel bend into your exhaust system to achieve optimal flow dynamics, robust construction, and precise fitment, backed by detailed specifications that guarantee compatibility and performance.