CSF Cooling Radiator 7085 for Toyota 4Runner 2010-2024, Aluminum, 22.625 x 25.625 Inches, Single Pass with Oil Cooler

The CSF Cooling Radiator 7085 is designed specifically for Toyota 4Runner models from 2010 through 2024. Constructed from durable aluminum, this radiator offers excellent heat dissipation and corrosion resistance to ensure reliable engine cooling. Its polished finish enhances durability and provides a sleek appearance. The radiator's dimensions of 22.625 inches in width and 25.625 inches in height make it a perfect fit for the specified vehicle applications. It features a single-pass core design, which improves coolant flow and cooling efficiency. The top center inlet and driver side outlet facilitate straightforward installation and optimal coolant routing. Additionally, the radiator includes an integrated oil cooler, providing added thermal management for the engine. Designed for direct fitment, this radiator maintains the vehicle's factory specifications and performance standards. It is suitable for use in standard driving conditions and is an essential replacement part for maintaining engine temperature and performance. The radiator's air-restricted design ensures efficient airflow, while the aluminum construction keeps weight low without sacrificing strength. Whether for repair or upgrade, the CSF 7085 radiator offers a reliable solution for keeping your Toyota 4Runner running smoothly. This product is shipped without freight restrictions and is suitable for general vehicle repair and maintenance needs.

Features:

• Constructed from high-quality aluminum for durability and corrosion resistance

• Polished finish for enhanced appearance and longevity

• Dimensions: 22.625 inches width x 25.625 inches height

• Single-pass core design improves coolant flow and cooling efficiency

• Top center inlet and driver side outlet for straightforward installation

• Includes integrated oil cooler for additional thermal management

• Engineered for Toyota 4Runner models from 2010 to 2024

• Air-restricted airflow design for optimal cooling performance