Vibrant 3-Bolt T304 SS Exhaust Flange (2.25in I.D.)

Vibrant 3-Bolt T304 SS Exhaust Flange (2.25in I.D.)Vibrant Performance Stainless Steel Exhaust Flanges are available in sizes ranging from 2 to 4 I. D. and a choice of 2 and 3 Bolt configurations. All Flanges are 3 8 (10mm) thick. They can be purchased individually or in cost effective boxes of 5. Vibrant Performance also offers a 4 Bolt flange for oval tubing in sizes ranging from 3 to 4 nominal oval size.

compact and heavily loaded and gives superior transmission response (even at cold temperature) with smooth shift feeling and no torque interruption between shift

The heat shield is to prevent foreign objects left in the engine compartment to make contact with hot exhaust system components and ignite

BORLA® recommends taking your car to a Chevrolet dealer for the recalibration service

2017-2025 Honda Ridgeline Sport 2024-2025 Honda Ridgeline TrailSport 2002-2003 Honda S2000 Base 1995-1996 Hyundai Accent Base 1997-1999 Hyundai Accent GL 1997-1999 Hyundai Accent GS 1998 Hyundai Accent GSi 1996-1997 Hyundai Accent GT 1995-1999 Hyundai Accent L 2007-2009 Hyundai Santa Fe GLS 2003 Hyundai Tiburon Base 2003-2004 INFINITI FX35 Base 2003-2008 INFINITI FX45 Base 2009-2013 INFINITI FX50 Base 1996-2001 INFINITI I30 Base 1996-2001 INFINITI I30 T 2002-2004 INFINITI I35 Base 2003-2004

50in Diameter 1D Radius 45 Degree Bend No Leg Mandrel Bend

proper flowing ducts are mandatory

Vibrant Performance EFI Fuel Pump Check Valves are lightweight and constructed entirely from 6061 Aluminum alloy

SCCA and many other racing organizations

Our Male AN Flare to Male ORB Straight Adapters deliver quality

MOTUL MULTI DCTF is also suitable for some mechanical gearboxes requiring gear oil with very low viscosity grade at low temperature such as SAE 75W

Our Aluminum Tubing comes in a variety of bend configurations (30 to 180 degrees) and are suitable for use in both pressurized and naturally aspirated applications

The design (inlet in the middle of the tube that is seam brazed) increases the heat transfer surface area of the tubes by approximately 15% over regular tubes - producing the efficiency of two smaller tubes vs