Tubing 90 Degree Elbow Aluminum Polished 5in

The Tubing 90 Degree Elbow Aluminum Polished 5in from Vibrant Performance is a precision intake and exhaust manifold connector engineered for custom engine builders and performance mechanics seeking reliable flow management. This 5-inch diameter elbow serves as a critical junction point in turbo systems, intercooler piping, and radiator hose assemblies where directional changes are necessary without compromising velocity or introducing turbulence. Built for both street and track applications, this component handles the thermal and pressure demands of modified engines while maintaining the clean aesthetic that polished aluminum delivers.

Manufactured from lightweight aerospace-grade aluminum, the 90-degree elbow features a polished finish that resists corrosion and eliminates the need for protective coatings in most climates. The smooth internal geometry minimizes flow restriction and reduces pressure drop compared to welded or cast alternatives, preserving boost levels in turbocharged applications and coolant circulation efficiency in high-performance cooling systems. At 3.3 pounds, this fitting won't add significant mass to your engine bay while its compact 5-inch diameter integrates seamlessly into tight engine compartments common in modern platform swaps and engine conversions. Vibrant Performance's engineering ensures concentricity and wall thickness consistency across the entire bend radius, critical for systems pressurized above 20 psi.

This elbow fits any custom intake or exhaust application requiring a 5-inch tubing connection at a right angle, making it ideal for turbocharger inlet pipes, supercharger discharge lines, and intercooler-to-throttle body transitions. Mechanics and fabricators frequently specify polished aluminum elbows for their superior weldability and the professional appearance they bring to engine bays visible through hood vents or custom covers. Installation requires standard TIG welding or mechanical clamping depending on your system design, and the smooth bore allows for seamless flow from one component to the next without internal ledges or burrs that could create turbulence or catch debris.