2000 Dodge Dakota Catalytic Converter 6 Cyl 3.9L MagnaFlow Performance Exhaust

  • Features:
    • Simplifies installation with essential gaskets and hardware being included in the box
    • Your trusted source for EPA-compliant catalytic converters, providing assurance of genuine compliance while delivering quality that will last
    • Precision stamped collector design for optimal exhaust flow, engine efficiency, and fuel economy
    • Mandrel bent tubing retains OEM-like design and geometry, ensuring smooth exhaust flow for peak fuel economy and engine operation
    • Torca AccuSeal® Exhaust Clamps provide a full 360-degree equally distributed clamping force preventing pipe distortion while creating a complete seal and maintaining serviceability
    • OE-sized barbed exhaust hangers made from corrosion-resistant 410 stainless steel, designed to reduce noise and vibration
    • High strength 16 gauge 409 stainless steel tubing for exceptional corrosion resistance and maximum service life
    • Durable 308 stainless steel MIG welds
    • Expertly crafted to replicate OEM-like flow dynamics, maintaining factory performance and fuel efficiency
  • Keep the check engine light off with MagnaFlow HM Grade Federal/EPA Compliant Direct-Fit Catalytic Converter 23735. 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 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 2000-2003 Dodge Dakota and interchanges with OE parts 5210 3253AD and 5210 3481AE, among others. Hardware is included to eliminate the hassle of working with corroded factory parts. 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 Federal/EPA Emission systems.
This Part Fits the Following OEM/Substitute Numbers:
5201 3482AC, 5210 3253AA, 5210 3253AB, 5210 3253AC, 5210 3253AD, 5210 3481AA, 5210 3481AB, 5210 3481AC, 5210 3481AD, 5210 3481AE, 5210 3483AA, 5210 3483AB, 5210 3483AC, 5210 3483AD, 52103253AC, 52103253AD, 52103481AB, 52103483AB, 52103483AC

Additional Fitment Information:
Vehicle Block CC Engine Drive Type CID
2000 Dodge Dakota V 3906 6 Cyl 3.9L 4WD 239
Brand MagnaFlow Performance Exhaust
Part # 23735
Condition New
Warehouse C

MagnaFlow Performance Exhaust

  • HM Grade Direct-Fit Catalytic Converter
  • with California Emissions System
  • Magnaflow HM Grade Direct-Fit Catalytic Converter
  • Direct-Fit HM Grade Federal (Not legal for sale or use in CA, CO and NY)
  • General

    Air Tube Count
    0
    Inlet Gasket Included
    No
    Tube Material
    Stainless Steel
    Oxygen Sensor Location
    Pre And Post Converter
    Outlet Gasket Included
    No
    Grade Type
    Regular
    Hangers Included
    Yes
    Heat Shield Attached
    No
    Outlet Mounting Hardware Included
    No
    CARB Executive Order Number
    Not Applicable
    Body Type
    Spun
    Inlet Mounting Hardware Included
    No
    Body Material
    Stainless Steel
    Substrate Material
    Ceramic
    Clamps Included
    Yes
    Sensor Port Count
    4
    Air Tube Adaptable
    No
    California Air Resources Board (CARB) Certified
    No

    Packaging

    bar code
    841380028952
    package quantity
    1
    length
    57.13 in
    width
    12.38 in
    height
    15.50 in
    weight
    27.00 lb
    Information on technical characteristics, the delivery set, the country of manufacture and the appearance of the goods is for reference only and is based on the latest information available at the time of publication.

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