Skip to product information
1 of 1

Kthnxbye Racing

CSF High Performance Radiator Chevrolet Corvette Z06 C7 2014-2019

CSF High Performance Radiator Chevrolet Corvette Z06 C7 2014-2019

Regular price $699.00
Regular price Sale price $699.00
Sale Sold out
Shipping calculated at checkout.

The Corvette C7 Z06 high-performance all-aluminum radiator includes CSF's unique triple-pass technology that allows the coolant to flow through the radiator three-times rather than just flowing across the surface of the core once. This allows colder ambient air to exchange heat with the coolant for 3x the amount of time generating the lowest outlet temperature possible. This unit features CSF's exclusive B-Tube technology that increases the heat dissipation by approximately 15% over regular tubes and multi-louvered fins to maximize airflow through the radiator core. The unit is also designed to be a true "drop-in-fit", with no modifications required and CSF's signature 1-hour mirror polish to make it pop!


  • CAD/CAM designed using Unigraphics Software
  • OE radial and deep drawn aluminum endtanks
  • "B-Tube" Technology - Stronger, most efficient tube in the world
  • Wind tunnel tested for optimal radiator core cooling efficiency
  • "Racing Style" Aluminum Drain Plug
  • Brazed in CAB Furnace
  • ISO 9001/9002 certification
  • Military Grade (special clad) aluminum used for tubes, fins, header
  • plates, and side brackets (JIS 3003 spec minimum)
  • Privately owned factories with full "In house" tool rooms
  • CNC machined fittings
  • "Master Class" TIG welding
  • 2-row 42mm core (dual core) featuring CSF's exclusive B-tube technology
  • Core features an ultra-efficient fin with 6.5mm fin height and multi-louvered design for maximum surface area contact
  • Triple-pass flow structure allows the coolant to flow across the core of the radiator 3 times before exiting the radiator for lowest outlet temperatures possible
  • 1 hour hand polished mirror-finish
  • CNC machined mounting brackets
  • True "drop-in-fit" with no modifications necessary
View full details