3.5″ TO 3″ 90 DEG TURBO ELBOWTIGHT RADIUS CAST ALUMINIUM

Description

Maximize turbocharger efficiency by eliminating airflow restrictions at critical junctions with this 3.5″ to 3″ 90-degree tight radius elbow. Its precise angle and tight radius design minimize turbulence and maintain boost pressure, promoting consistent power delivery.

Constructed from cast aluminium, this elbow combines lightweight durability with excellent heat resistance, essential for high-temperature turbo applications. The robust cast structure enhances longevity, preventing deformation under constant thermal cycling.

• 90-degree tight radius design: Enables sharp directional changes in piping while preserving optimal airflow to reduce turbo lag and maintain boost efficiency.
• 3.5″ to 3″ diameter transition: Provides a smooth step-down in pipe size, ensuring compatibility between different turbo system components without pressure drops or flow disturbances.
• Compact dimensions (18 cm length, 10 cm width, 9 cm height): Facilitates installation in tight engine bays, allowing flexible routing without compromising performance.
• Lightweight at 0.25 kg: Minimizes added mass to the turbo system, supporting faster spool times and reducing strain on mounting points.
• Brand reliability: Manufactured by Aeroflow, a recognized name in turbocharger components, ensuring precision casting and quality control.

This elbow is specifically designed for turbocharger and supercharger systems requiring a durable, space-efficient solution to directional pipe transitions. Its cast aluminium construction offers superior resistance to heat and pressure compared to plastic or thin-walled alternatives.

With detailed dimensions and a focus on maintaining airflow integrity, this elbow fits seamlessly within custom or OEM turbo setups where space constraints and performance are critical. The tight radius ensures the elbow does not cause flow separation, which can degrade turbocharger responsiveness.

Choose this cast aluminium 90-degree elbow to enhance your forced induction system’s reliability and efficiency with a component engineered for durability, precise fitment, and optimized airflow dynamics.