Spectra CU13025 Radiator

Spectra CU13025 Radiator for Pacifica

The Spectra CU13025 radiator is a direct-fit cooling system replacement for select Chrysler Pacifica models. Built to meet the durability and performance expectations associated with OE-style radiator construction, it is a practical choice for restoring proper engine cooling on 2007-2008 Chrysler Pacifica applications.

• OE-style radiator replacement for select Chrysler Pacifica vehicles
• Built with structure and design focused on durability
• Supports consistent coolant flow and heat dissipation
• Direct reference part number: CU13025
• Cross-reference example: APDI 8013025

Detailed Product Overview

Designed for 2007-2008 Chrysler Pacifica fitment, the Spectra CU13025 radiator is intended for drivers replacing a leaking, clogged, or damaged radiator with a unit that follows original-equipment expectations. This radiator is also referenced under part number CU13025, making it easier to confirm the correct cooling component when searching by OE-style replacement number. For shoppers comparing Chrysler Pacifica radiator replacement options, CU13025 provides a straightforward match for the listed vehicle years.

This part cross-references APDI 8013025 for the same application.

Common Reasons for Replacement

• Coolant leaks from a damaged radiator core or tank
• Overheating caused by restricted coolant circulation
• Corrosion or internal buildup affecting heat transfer
• Physical damage from road debris or age-related wear
• Temperature instability in a Chrysler Pacifica cooling system

Installation Notes and Tips

Verify year, make, and model before ordering. Confirm that the existing radiator matches the listed application for 2007-2008 Chrysler Pacifica vehicles and compare inlet, outlet, and mounting points against the original unit before installation. Flush the cooling system, inspect hoses and clamps, and refill with the correct coolant specification after installation.

Quality Assurance

Spectra Premium radiators are built with OE-level durability expectations in mind, using a structure and design approach aligned with original equipment standards for the application.