Alphacool
Alphacool NexXxoS UT60 Full Copper Dual-Flow Radiator
Best high-capacity radiator for complex, dual-loop server cooling setups.
Experience superior cooling with the Alphacool NexXxoS UT60 Full Copper Dual-Flow Radiator. Engineered for demanding server environments, this 360mm radiator features a unique Dual-Flow design, allowing for two independent cooling loops or segmented cooling for hotspots. Its full copper construction ensures exceptional thermal transfer, while the 60mm thickness maximizes cooling potential. This radiator functions like two combined X-Flow units, delivering efficient and targeted heat dissipation precisely where it's needed most for optimal system performance.
$122.95
Owner Satisfaction
4.7
/ 5
Category Rank
152
/ 3598
#152 in Computer System Cooling Parts
Price vs Category Average
-19%
Below average
Model Number
14390
/ AC-
Who it's for
- Overclockers demanding maximum thermal efficiency for high-performance loops
- Silent PC builders using low-speed fans for massive heat dissipation
- Custom loop enthusiasts needing flexible routing and sensor integration
Who should skip it
- Users with compact cases or limited internal clearance
- Quiet-focused builders avoiding loud, high-pressure fan noise
- System builders concerned about chassis weight and mounting stability
Performance breakdown
Thermal Dissipation Capacity
Massive 60mm copper core handles extreme heat loads with ease.
Dual-Loop Versatility
Unique dual-flow design offers unmatched flexibility for complex cooling configurations.
Build Material Quality
Full copper construction ensures maximum longevity and superior thermal conductivity.
Airflow Resistance
Thick core requires high-static pressure fans for optimal airflow performance.
Installation Compatibility
Substantial thickness may cause clearance issues in smaller computer cases.
Targeted Cooling Efficiency
Segmented design excels at isolating and cooling specific high-heat components.
Key Specs
Model Number
AC-14390
Size
360mm
Thickness
60mm
Material
Full Copper
Flow Type
Dual-Flow
Cooling Method
Watercooling
Category
Radiator
Features
- Dual-Flow design for two separate loops
- Split cooling surface for hotspot targeting
- Full copper construction for maximum heat transfer
- 60mm thickness for enhanced cooling capacity
- Optimized for server and high-performance systems
- 360mm size fits standard mounting points
- Segmented cooling for efficiency
- Reliable watercooling component
What customers say
Enthusiasts highly regard the Alphacool NexXxoS UT60 for its exceptional thermal performance, driven by its thick copper construction and dual flow design. Users consistently note the robust, heavy-duty build quality, confirming its reliability for demanding, high-wattage systems and aggressive overclocking. While the radiator offers outstanding value and top-tier cooling capability, a crucial prerequisite is mandatory pre-use cleaning. Many builders report finding manufacturing residue inside, emphasizing that a thorough flush is essential before integrating it into any custom loop. For those with adequate case space, this radiator is a highly recommended powerhouse.
Know before you buy
The Dual-Flow design splits the radiator into two independent sections, effectively allowing you to run two separate cooling loops through a single 360mm unit. This is ideal for complex builds where you want to isolate heat sources, such as cooling a CPU and GPU on entirely different circuits.
At 60mm thick, this radiator is significantly deeper than standard 30mm models. You should verify that your case has enough clearance for the radiator plus your fans without interfering with your motherboard components or RAM slots.
No, you should avoid mixing this full copper radiator with aluminum components in your loop. Mixing metals can lead to galvanic corrosion, which will degrade your cooling performance and potentially damage your hardware.
The segmented design is specifically engineered for targeted heat dissipation, making it highly efficient for high-performance or server environments where specific components generate intense heat. While it excels at managing hotspots, it requires a more thoughtful loop configuration compared to a traditional single-pass radiator.
Yes, you can use it in a single loop, but you will need to bridge the two internal sections to ensure proper flow. If you are not planning to utilize the dual-loop functionality, you may find a standard single-flow radiator easier to integrate into your plumbing.
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$123