Radiator Alphacool 14470 Brass Copper Steel Black 144mm x 173.5mm x 30mm

The Alphacool radiator is built using copper water paths and cooling fins combined with a brass and steel frame, providing high thermal conductivity in a compact 144 mm × 173.5 mm × 30 mm form factor. This design continues Alphacool's NexXxoS lineage by focusing on direct metal-to-metal heat transfer and robust construction for use in PC liquid cooling loops.

Advantages

Using copper for water-carrying parts and fins ensures excellent heat conduction, while the condensed internal structure increases the number of water channels and fin rows to improve heat transfer. The radiator includes recessed patented screw plugs for flush mounting and protective plates under mounting holes to prevent damage to fins and channels. Standard G1/4" threaded inlet/outlet ports and a dedicated fill/drain port simplify integration and maintenance.

Suitable for

• Compact PC liquid cooling loops where space is limited
• High-performance systems requiring efficient heat dissipation
• Custom water-cooling builds that use G1/4" fittings

Key specifications

• Materials: copper water paths and cooling fins, brass/steel frame
• External dimensions: 144 mm × 173.5 mm × 30 mm (W × D × H)
• Threaded connections: two G1/4" ports plus separate fill/drain port
• Design features: condensed internal fin and channel layout for increased thermal transfer
• Finish: black

How to use

Install the radiator into the case using the supplied mounting screws and attach fans as required. Connect the radiator into the loop using G1/4" fittings and use the fill/drain port to fill and bleed the circuit. Ensure fittings are tightened to the manufacturer’s suggested torque and verify that protective plates under mounting holes remain in place to protect the fins and channels.

Recommendations

For optimal results, pair the radiator with appropriately sized fans and maintain adequate airflow through the fins. Monitor coolant temperature after initial installation and run a leak test before full operation.