T04 Turbo Inlet Flange Divided Inlet

The T04 Turbo Inlet Flange Divided Inlet from Vibrant Performance is a precision-engineered turbocharger inlet manifold component designed for high-performance engine builders and turbocharged vehicle enthusiasts. This divided inlet flange serves as the critical connection point between your turbocharger compressor outlet and intake manifold, directing pressurized air into the engine with minimal restriction and maximum efficiency. Whether you're building a custom turbo system, upgrading an existing installation, or seeking improved throttle response and power delivery, this T4-pattern flange provides the foundation for reliable boost distribution.

Constructed from heavy-duty steel with a 0.5-inch thick profile, the T04 Turbo Inlet Flange Divided Inlet ensures structural integrity under sustained boost pressure and thermal cycling. The divided inlet design optimizes air distribution by separating flow paths, reducing turbulence and promoting more consistent charge density across all cylinders. The T4 bolt pattern is the industry standard for most modern and vintage turbocharger housings, making this component universally compatible with a broad range of turbo configurations. Vibrant Performance's manufacturing standards guarantee precise dimensional tolerances and clean machining, eliminating the fitment issues common with lower-quality alternatives.

This flange is ideal for engine builders constructing custom turbocharged systems on platforms ranging from import performance builds to domestic V8 conversions. Real-world applications include street cars, track vehicles, and engine swaps where OEM intake manifold compatibility isn't an option. The 1.54 lb weight and compact 6 x 7.05-inch profile allow straightforward installation in tight engine bays. Professional installers and experienced DIY builders appreciate the robust steel construction and precision T4 mounting surface, which minimize boost leaks and ensure repeatable performance across multiple heat cycles and driving conditions.