2007-2008 Hummer H3 3.7L Direct-Fit Catalytic Converter 5481353 Magnaflow dual-plane-intake-manifolds Rear Axle Lines For 88-00

Rear Axle Lines For 88-00 GM 1500/2500/3500 Truck non Dually Stainless - TRA9531SS

oil or coolant systems where the traditional hoses are used

Interchange: Brand  Interchange Part Number Volkswagen 1K0 254 510 TX Volkswagen 1K0 254 503 C Volkswagen 1K0 254 503 S Volkswagen 1K0 254 506 T Volkswagen 1K0 254 507 E Volkswagen 1K0 254 510 L Volkswagen 1K0 254 511 H Volkswagen 1K0 254 511 P Volkswagen 1K0 254 512 R Volkswagen 1K0 254 512 S Volkswagen 1K0 254 507 Volkswagen 1K0 254 511 Volkswagen 1K0254510TX Volkswagen 1K0254503C Volkswagen 1K0254503S Volkswagen 1K0254506T Volkswagen 1K0254507E Volkswagen 1K0254510L Volkswagen 1K0254511H Volkswagen 1K0254511P Volkswagen 1K0254512R Volkswagen 1K0254512S Volkswagen 1K0254507 Volkswagen 1K0254511 Volkswagen 1K0 254 510 TX Volkswagen 1K0 254 503 C Volkswagen 1K0 254 503 S Volkswagen 1K0 254 506 T Volkswagen 1K0 254 507 E Volkswagen 1K0 254 510 L Volkswagen 1K0 254 511 H Volkswagen 1K0 254 511 P Volkswagen 1K0 254 512 R Volkswagen 1K0 254 512 S Volkswagen 1K0 254 507 Volkswagen 1K0 254 511 Volkswagen 1K0254510TX Volkswagen 1K0254503C Volkswagen 1K0254503S Volkswagen 1K0254506T Volkswagen 1K0254507E Volkswagen 1K0254510L Volkswagen 1K0254511H Volkswagen 1K0254511P Volkswagen 1K0254512R Volkswagen 1K0254512S Volkswagen 1K0254507 Volkswagen 1K0254511

Corner Guard SetApplication:

Year Make Model Submodel Engine Size 1984 - 1993 Jeep Cherokee 1987 - 1992 Jeep Comanche

2007-2008 Hummer H3 3.7L Direct-Fit Catalytic Converter 5481353 Magnaflow dual-plane-intake-manifolds Rear Axle Lines For 88-00Overview: Keep the check engine light off with MagnaFlow California Grade CARB Compliant Direct Fit Catalytic Converter 5481353. 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