Thermaltake
Thermaltake Pacific DIY R240 Liquid Cooling System
★★★★★
Efficient Cooling for High-Performance SystemsThe Thermaltake Pacific DIY Liquid Cooling System R240 provides efficient and reliable cooling for your high-performance system. This 240mm radiator cooling system is designed to deliver optimal heat dissipation, ensuring your components stay cool eve...
$38.41*
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*Price sourced from Amazon.com. Last updated:Jul 28, 2026.Price and availability are subject to change.
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Overview
Efficient Cooling for High-Performance Systems
The Thermaltake Pacific DIY Liquid Cooling System R240 provides efficient and reliable cooling for your high-performance system. This 240mm radiator cooling system is designed to deliver optimal heat dissipation, ensuring your components stay cool even under heavy loads.
- Radiator Size: 240mm
- Material: German-Made Anti-Corrosion Materials
- Fin Design: High-Density Fin Design
- Heat Dispatching: Optimized for efficient heat transfer
- Fin per Inch (FPI): 17
Key Features
Optimized Heat Dispatching: Thermaltake R Series Radiators deliver an average heating load of 32℃-35℃. After brazing, the fin and tube connect to form a joint, thereby creating uniform heat transfer.
Slim Form Factor Design: R Series is a slim radiator with a 13-set flat tube design to increase heat transfer. Water flows down on one side, and then circulates back to the other side of the radiator.
High-Density Fin Design: The cooling performance improves significantly with increased fan speed, offering exceptional cooling performance during operation. FPI (fin per inch): 17.
German-Made Anti-Corrosion Materials: Designed with German aerospace-grade materials and constructed with zinc. Corrosion potentials of aluminum alloy with zinc can be reduced by 55.6% after brazing.
Specifications
Heating Load
Average 32℃-35℃
Tube Design
13-set flat tube
Fin Per Inch (FPI)
17
Construction Material
German aerospace-grade materials, Zinc
Corrosion Reduction (with Zinc)
55.6%
Frequently Asked Questions
How does this radiator achieve optimized heat dispatching?
This radiator achieves optimized heat dispatching by connecting the fin and tube to form a joint after brazing, creating uniform heat transfer across the surface.
What is the benefit of the slim form factor design?
The slim form factor design, featuring a 13-set flat tube configuration, is intended to increase heat transfer efficiency for effective cooling.
Does the radiator's performance depend on fan speed?
Yes, the cooling performance of this radiator is noted to improve significantly when paired with increased fan speed, indicating its high-density fin design responds well to airflow.
What materials are used in the construction of this radiator?
The radiator is constructed with German aerospace-grade anti-corrosion materials and zinc, contributing to its durability and resistance against corrosion.
Is this radiator resistant to corrosion?
Yes, the radiator is designed with anti-corrosion materials, and its zinc construction can reduce the corrosion potentials of aluminum alloy by 55.6% after brazing.
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