2017 Lexus RX350 Direct-Fit Catalytic Converter 21-096 Magnaflow accel Their slim style mounting requires

Their slim style mounting requires very little dash space depth for mounting

Brand  Interchange Part Number Kia 28510-3CBG0 Hyundai 28510-3CBG0 Kia 285103CBG0 Hyundai 285103CBG0 Kia 28510-3CBG0 Hyundai 28510-3CBG0 Kia 285103CBG0 Hyundai 285103CBG0

This direct-fit catalytic converter is designed to fit the 2014-2016 Chevrolet Silverado 1500

SKU Number : 52003181 Brand : Crown UPC : 848399013078 Part Type : Parking Brake Cable Dimension : 8

Brand Earls Emission Code 5 Fluid Type Automatic Transmission Fluid Fluid Type Bio-Fuels Fluid Type Brake Fluid Fluid Type Coolant Fluid Type Diesel Fluid Type E85 Fluid Type Methanol/Alcohol Fluid Type Oil Fluid Type Pump Gas Fluid Type Race Gas Fluid Type Rating - Automatic Transmission Fluid 5 out of 5 Rating Fluid Type Rating - Bio-Fuels 5 out of 5 Rating Fluid Type Rating - Brake Fluid 5 out of 5 Rating Fluid Type Rating - Coolant 5 out of 5 Rating Fluid Type Rating - Diesel 5 out of 5 Rating Fluid Type Rating - E85 5 out of 5 Rating Fluid Type Rating - Methanol/Alcohol 5 out of 5 Rating Fluid Type Rating - Oil 5 out of 5 Rating Fluid Type Rating - Power Steering Fluid 5 out of 5 Rating Fluid Type Rating - Pump Gas 5 out of 5 Rating Fluid Type Rating - Race Gas 5 out of 5 Rating Fluid Type Rating - Vacuum 1 out of 5 Rating Hose End #1 3 AN FEMALE Hose End #2 3 AN FEMALE 90 DEG Hose End Finish Electroless Nickel Plated Hose End Material Steel Hose Outer Material Stainless Steel Hose Size 3 AN Inside Diameter

2017 Lexus RX350 Direct-Fit Catalytic Converter 21-096 Magnaflow accel Their slim style mounting requiresKeep the check engine light off with MagnaFlow OEM Grade Federal EPA Compliant Direct Fit Catalytic Converter 21 096. 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, no cutting or welding required. MagnaFlow's state of the art metrology department uses the latest 3D scanning systems during research and