CSF 8023 for 8023 Universal Triple Pass Dual Core Radiator w/AN Fittings

Vehicle Fitment

• Universal fit--compatible with custom and motorsport applications (V-mount, drop-in, side-mount)

Features

• Triple-pass flow design--coolant flows across core three times for maximum heat rejection
• "B-Tube" technology increases tube surface area by ~15% over conventional oval tubes
• TIG-welded military-grade aluminum construction with CNC-machined AN fittings
• Multi-louvered deep fins (8 mm) precisely aligned for peak airflow efficiency
• Wind-tunnel, vibration, thermal-cycle, and burst-pressure tested for reliability
• Satin-polished or black-powder core finishes--mirror finish on select versions
• 2-year limited warranty with individual leak testing before shipping
• Designed for racing, off-road, drag, drift, and daily driven performance vehicles

Specifications

• Part Number: 8023
• Core Dimensions: 29.3" L x 19.1" H x 2.55" W (core only)
• Construction: Dual-row, 52 mm thick performance core
• Inlet/Outlet: -16 AN inlet / -20 AN outlet
• Fin Height: 8 mm multi-louvered fins
• Weight: 16 lb bare

Included Components

• 1x CSF 8023 radiator core w/ AN-fitting ports
• Optional mounting brackets (varies by kit selection)
• Leak-tested and individually packaged ready for installation

Product Description

The CSF 8023 Universal Triple-Pass Dual-Core Radiator is a premium cooling solution engineered for high-demand applications--from V-mount systems to custom engine bays. Featuring triple-pass coolant flow and patented "B-Tube" internal technology, it delivers up to 15% more heat transfer capacity than traditional oval-tube designs.

Built from military-grade aluminum with TIG-welded seams and anodized surface, it combines durability with precision engineering. Designed for racing, off-road, and performance builds, it includes -16 AN inlet and -20 AN outlet fittings and undergoes rigorous thermal, vibration, and burst testing. Drop-in ready and backed by a 2-year warranty, the CSF 8023 offers professional-level cooling in a universal package.