Keep the check engine light off with MagnaFlow OEM Grade Federal/EPA Compliant Direct-Fit Catalytic Converter 49716. With features including free-flowing mandrel-bent tubing and highly corrosion-resistant stainless steel construction, easily install this spun body converter yourself using the proper tools, with no cutting or welding required. MagnaFlow's state-of-the-art metrology department uses the latest 3D scanning systems during research and development, so you can be confident that your new part will fit and function like the original equipment. By replicating the OE spun body design, the single laser fusion weld greatly reduces the possibility of a leak, and our compact, low-mass design also allows for greater thermal efficiency. This direct-fit catalytic converter is designed specifically for the 2008-2009 Audi TT Quattro and interchanges with OE part 8J0 254 500 BX. The included gaskets & hardware reduce the possibility of a leaking seal while avoiding the need to reuse corroded factory parts for installation. This replacement part is designed to meet or exceed Federal emissions requirements set forth by the EPA, complying with legal standards for OBDII Federally registered vehicles with California or Federal/EPA Emission systems.
FEDERAL/EPA COMPLIANT
Extensive testing and certification processes are followed to guarantee that 49716 meets emissions standards set by the Federal EPA.
DIRECT-FIT INSTALLATION
State-of-the-art 3D scanning is used to ensure this direct-fit catalytic converter perfectly fits your vehicle, enabling do-it-yourself installation. All required hardware is included.
SPUN BODY DESIGN
Durable stainless-steel construction, mandrel bent piping, precisely manufactured flared receivers, OEM-like O2 port locations and integrated butt joints make installation easy while guaranteeing optimal performance. The spun-body design ensures excellent corrosion resistance.
OEM GRADE
49716 is built to OEM Grade standards, matching the performance and quality of your vehicle’s original catalytic converter.
