AF9552-1401 Aeroflow 44mm Wastegate Outlet Flange Weld On Flange Only

Description

Optimize your turbo system’s exhaust flow with a wastegate outlet flange designed for precision and durability. This 44 mm weld-on flange provides a reliable connection point that prevents leaks and maintains consistent boost control, essential for high-performance applications.

Constructed to exact dimensions—16 cm long, 9 cm wide, and 2 cm thick—this flange ensures a perfect fit for 44 mm wastegate outlets. The weld-on design guarantees a strong, permanent bond to your turbo piping, eliminating the risk of loosening under extreme pressure or heat. At just 0.08 kg, it adds minimal weight, preserving system efficiency.

Manufactured by Aeroflow, a trusted name in turbocharger components, this flange meets the demands of both professional tuners and serious enthusiasts. Its compatibility with a wide range of turbo and supercharger setups makes it a versatile upgrade or replacement part.

The flange’s robust construction supports long-term reliability in high-temperature environments typical of wastegate operation. By securing the wastegate outlet firmly to the exhaust system, it maintains optimal pressure regulation, helping to prevent turbo lag and boost spikes.

With straightforward weld-on installation, it integrates seamlessly into custom exhaust builds or repairs. The precise 44 mm outlet size matches standard wastegate outlets, ensuring compatibility without the need for modifications.

Dimensions of 16 cm length, 9 cm width, and 2 cm thickness provide ample surface area for secure welding, enhancing structural integrity under thermal cycling and vibration. This flange is engineered to withstand the rigorous demands of turbocharged engines, maintaining performance and durability over time.

Choose this Aeroflow 44 mm weld-on wastegate outlet flange to achieve a leak-proof, durable connection that supports consistent turbo performance and longevity. Its exact fit, lightweight design, and trusted construction deliver dependable results in demanding turbocharger systems.