Thermaltake
Thermaltake CL-W238-CU00BL-A Pacific CLM480 Radiator
★★★★★
Achieve Peak Cooling Performance with the Thermaltake Pacific CLM480 RadiatorThe Thermaltake Pacific CLM480 radiator is a high-performance cooling solution engineered for DIY liquid cooling systems. Its high-density copper fin design and premium materials ensure exceptional heat dissipation and r...
$129.99*
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*Price sourced from Amazon.com. Last updated:Jul 15, 2026.Price and availability are subject to change.
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Overview
Achieve Peak Cooling Performance with the Thermaltake Pacific CLM480 Radiator
The Thermaltake Pacific CLM480 radiator is a high-performance cooling solution engineered for DIY liquid cooling systems. Its high-density copper fin design and premium materials ensure exceptional heat dissipation and reliability.
Specifications:
- Dimension: 526.6(L) x 119 (W) x 40(H) mm
- Weight: 1269 g
- Material: Copper
- FPI (Fin Per Inch): 14
- Flat Tube: 12 set
- Screw Thread: G¼” * 5
Key Features
FITMENT - Engineered with a 40mm thickness radiator along with a Dual-Row 12-set flat tube design and brass tank for best thermal capacity
HIGH-DENSITY COPPER FINS - Designed to accommodate high air volume (Fin per Inch 17)
REFLOW SOLDERING - High-quality and high-temperature soldering at 482℉/250℃ ensures optimal thermal transfer with full strength on all connected area avoiding cracking and fail over time
OPTIMIZED HEAT DISPATCHING - Optimized for efficiently pulling heat away from the power-dissipating components thus achieving maximum heat dissipation at both low and high airflow operation
STAINLESS STEEL SIDE PANELS - Engineered with stainless steel made side panels that increase durability and strength of the radiator and reduce the weight
2 years
Specifications
Radiator Thickness
40mm
Tube Design
Dual-Row 12-set flat tube
Tank Material
Brass
Fin Material
High-density Copper
Fin Density
17 FPI (Fin per Inch)
Soldering Temperature
482℉/250℃
Side Panel Material
Stainless Steel
Warranty
2 years
Pros & Cons
👍 Pros
- Features a 40mm thickness and a dual-row 12-set flat tube design for enhanced thermal capacity and efficient heat dissipation.
- Constructed with a brass tank, which is known for excellent heat transfer properties and corrosion resistance.
- Incorporates high-density copper fins (Fin per Inch 17), designed to effectively accommodate high air volume for superior cooling.
- Utilizes reflow soldering at 482℉/250℃, ensuring strong, crack-resistant joints for optimal thermal transfer and long-term durability.
- Engineered with stainless steel side panels, increasing the radiator's durability and strength while reducing overall weight.
👎 Cons
- The 40mm thickness might require sufficient case clearance, potentially limiting installation options in smaller or tighter PC builds.
- The high fin per inch (FPI) count of 17, while good for high airflow, may require more powerful fans to achieve optimal performance at lower noise levels.
- Specific details on compatibility with different fan sizes (e.g., 120mm, 140mm) are not explicitly mentioned for the CLM480 model.
- Maintenance of high-density fins can be more challenging, as they are more prone to dust accumulation and require regular cleaning.
- The two-year warranty is reasonable, but some high-end PC components offer longer coverage for peace of mind.
Frequently Asked Questions
What is the primary material used for the Thermaltake Pacific CLM480 Radiator's tank?
The Thermaltake Pacific CLM480 Radiator is engineered with a brass tank, which is known for its excellent thermal properties.
How thick is this radiator, and does it affect its cooling performance?
This radiator has a 40mm thickness, which contributes to its robust thermal capacity and efficient heat dissipation capabilities.
What kind of fins does the CLM480 Radiator use?
It uses high-density copper fins with a Fin per Inch (FPI) count of 17, designed to maximize heat transfer with high air volume.
What is "reflow soldering" and why is it important for this radiator?
Reflow soldering at 482℉/250℃ ensures high-quality, high-temperature joints between components, which is critical for optimal thermal transfer, preventing cracking, and enhancing long-term reliability.
Are the side panels of the radiator made from durable material?
Yes, the side panels are engineered with stainless steel, which increases the durability and strength of the radiator while also helping to reduce its weight.
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