uxcell 80mm 8-Pipe Water Cooling Radiator Black
An 80 mm aluminium heat exchanger with eight G1/4-inch channels for custom liquid-cooling loops
- Black oxidation finish improves thermal efficiency
- Eight copper pipes increase heat transfer surface area
- G1/4 inch threads accept standard water-cooling fittings
- Compact 105 x 80 x 37 mm size fits tight builds
- Lightweight 106 g aluminium construction eases mounting
80 mm 8-Pipe Water Radiator
This aluminium radiator measures 105 x 80 x 37 mm and uses eight internal tubes with G1/4 inch threads. It fits tube inner diameters of 8 to 12 mm and outer diameters of 9.5 mm. The black oxidation finish is intended to improve heat transfer.
Suitable for CPU loops and industrial cooling
The unit is a bare heat exchanger; no fittings, tubing or pump are included. Buyers who need a complete kit with connectors should look elsewhere. Builders requiring a larger core or different port spacing will also need another model.
G1/4 thread with 8 to 12 mm tube ID
The G1/4 inch fitting thread and the supported inner diameter range of 8 to 12 mm determine whether your existing tubing and fittings can connect directly. Verify those dimensions before purchase.
How it compares
Measured against everything we stock in Tech Gadgets & Accessories, at today’s prices. Recalculated every night.
- Price $16.99
- Cheaper than about 75% of the 5,998 comparable items (median $24.99).
Specifications
No published specifications for this item yet.
Questions about this item
How do I mount the 80 mm radiator and what screw length should I use for the fan side?
Use the 31 mm screws through the fan into the radiator channels and the 7 mm screws for direct case mounting; both are 3 mm diameter and included in the box.
What tubing sizes fit the G1/4 threads on this radiator?
The threads accept fittings for tubing with 8 to 12 mm inner diameter and 9.5 mm outer diameter.
When does the aluminium fin stack become the bottleneck during a long load?
With only 37 mm thickness and 106 g mass the fin surface saturates first, so coolant temperature rises once the heat load exceeds what the 8 pipes can move into the air stream.
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