FormulaMod
FormulaMod 360 mm White Radiator 28 mm Thick G1/4 16 FPI 180 ml .32 bar
A 360 mm copper radiator with 16 fins per inch, 28 mm thickness and 180 ml coolant capacity for custom liquid-cooling loops
- TypeRadiator
- ColorWhite
- 16 FPI fin density maximises heat transfer area
- 180 ml coolant capacity supports high thermal loads
- 28 mm slim profile fits tight case spaces
- Tested to .32 bar for leak-free reliability
- 360 mm length matches triple-fan mounting standards
FormulaMod 360 mm White Radiator
The FormulaMod 360 mm White Radiator is a copper, brass and stainless steel heat exchanger built for custom liquid-cooling loops. Its 28 mm thickness and 16 fins per inch provide a dense fin stack in a white finish. The unit holds 180 ml of coolant and is tested to 0.32 bar.
Suits builders wanting high fin density in a 360
This radiator suits builders who want a high fin-count design in a 360 mm length. It is not for loops restricted to slimmer profiles or lower fin-pitch radiators. Buyers needing a different length or a lower restriction core should look at other options.
16 fins per inch at 28 mm thick
The single specification that decides fit is the 16 fins per inch density combined with 28 mm thickness. This pairing determines airflow restriction and thermal performance for the loop. Verify that your fans and pump can handle the resulting pressure drop before purchasing.
I korthet
- 16 FPI fin density maximises heat transfer area
- 180 ml coolant capacity supports high thermal loads
- 28 mm slim profile fits tight case spaces
- Tested to .32 bar for leak-free reliability
- 360 mm length matches triple-fan mounting standards
Specifikationer
| Type | Radiator |
|---|---|
| Color | White |
Frågor om den här produkten
What is the tested pressure limit of this 360 mm radiator?
The radiator is tested to 0.32 bar, which is the maximum pressure it is rated to withstand in a liquid-cooling loop.
How much heat and noise should I expect when running fans on this 28 mm thick radiator all day?
The radiator itself is passive; heat output and noise depend entirely on the fans you mount and the pump speed you choose.
Which thread size must my existing fittings match to connect to this radiator?
The radiator uses G1/4 threads, so every fitting in your loop must also be G1/4 to seal correctly.
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