High-performance aluminum radiator for Crosstrek, featuring a sleek design and efficient two-row cooling system.

CSF High Performance Aluminum 2 Row Radiator for Crosstrek

SKU: CSF-7216

CSF High Performance Aluminum 2 Row Radiator for 2018-2023 Crosstrek, Impreza

Name: CSF High Performance Aluminum 2 Row Radiator for 2018-2023 Crosstrek, Impreza
Brand: CSF
SKU: CSF-7216
Price: 595.00 USD
Availability: InStock

$595.00 $639.00

IN-STOCK

Upgrade your OEM radiator with a CSF radiator, tested for wind tunnel, burst limit, vibration, thermal cycle, and leaks. Built for performance, CSF radiators feature aluminum tanks and cores.

Pickup available at Shop location Usually ready in 4 hours

Shop location

Pickup available, usually ready in 4 hours

3111 NE Shute Rd
Ste 101
Hillsboro OR 97124
United States

+15036931702

PROPOSITION 65

WARNING: Handling passenger or off-highway motor vehicle parts can expose you to chemicals such as phthalates and lead, which can cause cancer and reproductive harm. To minimize exposure, service the vehicle in a well-ventilated area, wear gloves, and wash your hands.

For more information see: www.P65Warnings.ca.gov/motor-vehicle-parts

Specifications

Core End Tank Material Aluminum
Includes Radiator Cap Yes

High performance aluminum 2 row radiator for 2002-2007 Subaru WRX and STI, designed for optimal cooling efficiency.

Drop In Design

All CSF High-Performance Aluminum 2 Row Radiators are a drop in design. No modifications are required to install them. Some part numbers include special adapters that allow them to fit a wide range of models.

Increased Cooling Capacity

The larger core thickness and special b-tubes allow for higher heat rejection which leads to lower operating temperatures. This provides a massive change to the cooling capacity of the cooling system, which will keep your coolant temps in check under high load conditions.

Radiator Core

The cooling system features a 2-row design and efficient b-tubes, providing a larger surface area for cooling. The fin technology alone contributes to a 15% increase in cooling capacity. Moreover, a precision multi-louvered fin enhances heat rejection performance and surface area contact. The two-row design includes more total cooling tubes, and the streamlined b-tube shape improves airflow through the core.