High-Performance Bar & Plate Intercooler Core 20x12x4

CSF Bar & Plate Intercooler Cores are used by some of the most renowned tuning and performance companies in the industry. This 20" x 12" x 4" Horizontal Flow Core is rated for 850 WHP and the perfect fit for your custom high-performance intercooler. Each CSF Intercooler core is pressure tested at 120psi for maximum reliability in extreme boost applications. Hand-Built using jigs & fixtures for a perfectly straight core in a clean room using gloves inside the CSF factory to ensure proper brazing and a clean surface for future welding. Featuring a multi-louvered high precision staggered fin design (for both ambient and pressure sides of the core) for the best heat transfer possible.

The CSF #8063 is a universal cooling product and will require some custom work and/or fabrication to install. If you do not feel confident installing this product CSF recommends taking it to a qualified installation facility.

Features and Benefits

• Heavy-Duty Bar & Plate Intercooler Cores
• Pressure Tested at 120psi for Maximum Reliability in Extreme Boost Applications
• Hand-Built Using Jigs & Fixtures for a Perfectly Straight Core for Easy Welding
• Manufactured by Hand in a Clean Room Using Gloves Inside the CSF Cooling Factory to Ensure Proper Brazing and a Clean Surface for Future Welding
• Multi-Louvered High Precision Staggered Fin Design (for Both Ambient and Pressure Sides of the Core)
• Batch Brazed in CSF's State-of-the-Art Digital Vacuum Brazing Oven (12 Ovens in Total)
• Strict Quality Control and Quality Testing, Including Individual Pressure Testing
• Individually Boxed and Protected for Secure Transport Through Single Piece Mail Services
• Dimensions: 20"x12"x4" (510mm x 300mm x 100mm)
• HP Rating: 850
• Cross-flow

Technical Specifications

• Core Height: 300mm
• Core Length: 510mm
• Core Width: 100mm
• HP Rating: 850WHP
• Core Material: Aluminium
• Installation Type: Universal Cooling Product
• Intercooler Flow Direction: Horizontal
• Intercooler Type: Air-to-Air