Aluminum Radiator for Ford for Expedition 2004-2006 for Ford for F-150 2005-2008 for Lincoln for Mark LT 2006-2008 Replace CU2818

Compatibility Vehiclesfor Ford for Expedition 2004-2006for Ford for F-150 2005-2008for Lincoln for Mark LT 2006-2008for Lincoln for Navigator 2005-2006Product SpecificationCore Thickness (In): 1; Core Thickness (mm): 26; Inlet Header Width (IN): 1 15/16; Inlet Header Length (IN): 17 5/16; Outlet Header Width (IN): 3 1/8; Outlet Header Length (IN): 17 5/16; Inlet Diameter (IN): 1 3/4; Outlet Diameter (IN): 1 1/2; Down Flow Or Cross Flow Type: Crossflow Core Row Quantity: 1; Transmission Oil Cooler Distance between Fittings (IN): 12; Transmission Oil Cooler Plate Quantity: 7

• Compatibility Vehicles - - Engine coolant radiator assembly for Ford for Expedition 2004-2006 for Ford for F-150 2005-2008 for Lincoln for Mark LT 2006-2008 for Lincoln for Navigator 2005-2006
• Product Specification - - Core Thickness (In): 1; Core Thickness (mm): 26; Inlet Header Width (IN): 1 15/16; Inlet Header Length (IN): 17 5/16; Outlet Header Width (IN): 3 1/8; Outlet Header Length (IN): 17 5/16; Inlet Diameter (IN): 1 3/4; Outlet Diameter (IN): 1 1/2; Down Flow Or Cross Flow Type: Crossflow Core Row Quantity: 1; Transmission Oil Cooler Distance between Fittings (IN): 12; Transmission Oil Cooler Plate Quantity: 7; car radiator replacement CU2818 FO3010269
• Durable Construction - - Aluminum radiator core made with TIG welded ends PA66 GF566 inlet, outlet tank, oil cooler and treated coating to prevent corrosion and ensure product longevity. Delivers long-lasting durability and performance to provide reliable cooling for your vehicle
• Efficient Cooling Performance - - The complete radiator is constructed with high-density multi-louver fins for maximum cooling efficiency. The gaskets and rings are thermally shocked to ensure durability in extremely cold weather
• Enhanced Engine Protection - - The radiator absorbs the heat generated by the engine by circulating coolant and dissipates the heat to the outside air, thereby lowering the engine temperature Effective heat dissipation prevents the engine from overheating and protects the engine from damage