CSF Heavy Duty All Aluminum Radiator for Lexus GX460 2010+

The CSF 2010+ Lexus GX460 Heavy Duty All Aluminum Radiator is engineered to enhance your vehicle's cooling system performance. Featuring a 2-row 42mm aluminum core, this radiator increases fluid capacity and boosts heat dissipation efficiency. The Exclusive B-Tube Technology by CSF improves heat transfer by approximately 15% compared to regular tubes, ensuring optimal cooling under high-stress conditions.

The radiator's high-grade aluminum end tanks, TIG-welded to the core, offer superior durability over OEM plastic tanks. The multi-louvered fins maximize airflow through the core for peak performance. The drop-in fit design requires no modifications during installation, providing a hassle-free upgrade. CSF includes pre-cut double-sided adhesive foam strips to enhance airflow efficiency off the fan shroud.

Equipped with a heavy-duty 5-plate transmission oil cooler, this radiator efficiently manages heat generated during towing, low gear crawling, and use of oversized tires. The built-in cooler seamlessly connects to OEM hoses, offering a reliable solution for handling increased heat and stress. With the ability to handle excess heat due to oversized tire impacts, this radiator ensures optimal engine and transmission performance.

• Enhanced Cooling: 2-row 42mm aluminum core increases fluid capacity and heat dissipation
• Improved Heat Transfer: Exclusive B-Tube Technology enhances heat transfer by 15%
• Durable Construction: High-grade aluminum end tanks TIG-welded for strength
• Optimal Performance: Multi-louvered fins maximize airflow efficiency
• Plug-and-Play Installation: No modifications, cutting, or trimming required
• Built-in Transmission Cooler: Heavy-duty 5-plate design for efficient heat management

Vehicle Fitment:

• 2010-2023 Lexus GX460 Base
• 2023 Lexus GX460 Black Line Edition
• 2014-2023 Lexus GX460 Luxury
• 2010-2023 Lexus GX460 Premium

Upgrade your Lexus GX460 with the performance-driven CSF All Aluminum Radiator and experience superior cooling efficiency under demanding conditions.