Tepilauda 2 Row All Aluminum Radiator compatible with 1997-2000 Dodge Dakota, Durango 3.9L V6 and 5.2L V8

$199.00
by Tepilauda

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Radiator Dimensions - Core Size: 22-1/2" x 22", Overall Size: 31-1/2" x 24 3/4"; Inlet/Outlet: 1-1/2"/1-3/4";Transmission Oil Cooler: 14-3/8" Distance Vehicle Fitments - Compatible with 1997-1999 Dodge Dakota 3.9L, 1998-1999 Dodge Dakota 5.9L. Direct bolt-on OE fitment or replacement, professional installation would be highly recommended Extraordinary Quality - It is constructed of high quality Aircraft grade aluminum construction to ensure an extremely long lasting operate life Brilliant Performance - Built with high density multi-louvered fins for maximum cooling efficiency, to ensure durability in extreme cold weather Customer Support - Our Radiator comes with a 1-Year Unlimited-Mileage Warranty; Being brand-new and sturdy, this Radiator is the ideal choice for direct replacement. We extremely value your satisfaction and strive to provide you good shopping experience Radiator:
High Performance Racing Spec.
2-Row of tubes Core Racing Design
Core Size: 22-1/2" Widex 22" Height
Overall Size: 31-1/2" Widex 24 3/4" Height
Inlet Size: 1-1/2" On Driver Side
Outlet Size: 1-3/4" On Passenger Side
Transmission Oil Cooler: 14-3/8" Distance
Transmission Oil Cooler:YES

Vehicle Fitment:
For 1997-1999 Dodge Dakota 5.2L
For 1997-1999 Dodge Dakota 3.9L
For 1998-1999 Dodge Dakota 5.9L
For 1998-1999 Dodge Durango 5.2L
For 1998-1999 Dodge Durango 5.9L
For 1998-1999 Dodge Durango 3.9L
For 2000 Dodge Durango 5.2L V8

Description:
The core of the radiator is welded in vacuum brazing furnace, no epoxy.The Radiator are 100% welded by TIG
Stronger & Higher Capacity for Coolant than OEM units
Made of High Quality Aircraft Grade Raw Aluminum Construction
Full Raw Aluminum radiator is designed to provide maximum cooling efficiency to prevent premature engine failure
Its light-weight, and high-heat transferring aluminum features a tube and fin design that,
dramatically increases surface area that enables the heat to dissipate more efficiently

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