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Thermaltake Pacific DIY Liquid Cooling System CL480 64mm Thick Copper Radi

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Thermaltake Pacific DIY Liquid Cooling System CL480 64mm Thick Copper Radi
from $170.00 

Buy Thermaltake Pacific DIY Liquid Cooling System CL480 64mm Thick Copper Radi

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Thermaltake Pacific DIY Liquid Cooling System CL480 64mm Thick Copper Radi

More Rows for More Cooling: Built to perform, this 64mm thick radiator offers a triple-row flat tube design and brass tank for best thermal capacity High-Density Copper Fin Design: Designed to accommodate high air volume (Fin per Inch: 14) Stainless Steel Frame: Engineered with stainless steel side panels that increase the durability and strength... moreof the radiator while reducing the weight Optimized Heat Transfer: Optimized for efficiently pulling heat away from cycling coolant thus achieving maximum heat dissipation at both low and high airflow operation High-Quality Manufacturing Process: Baked through a controlled atmosphere soldering line. Materials melt into each other to accomplish optimal thermal transfer from the tubes to the actual fins
Amazon.com
Delivery: in USA
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$170.06

Thermaltake CL480, 64mm Thick 480mm Long, High-Density Fins, Triple-Row, C

Thermaltake Pacific CL480 Radiator Tt LCS Certified Optimized Heat Dispatching Triple-Row Copper Tubes with Brass Tank High-Density Copper Fin Design Stainless Steel Side Panels High-Quality Manufacturing Process: Reflow Soldering Remarkable Expansion
Newegg.com
Delivery: in USA
Report
$300.06
More Rows for More Cooling: Built to perform, this 64mm thick radiator offers a triple-row flat tube design and brass tank for best thermal capacity
High-Density Copper Fin Design: Designed to accommodate high air volume (Fin per Inch: 14)
Stainless Steel Frame: Engineered with stainless steel side panels that increase the durability and strength of the radiator while reducing the weight
Optimized Heat Transfer: Optimized for efficiently pulling heat away from cycling coolant thus achieving maximum heat dissipation at both low and high airflow operation
High-Quality Manufacturing Process: Baked through a controlled atmosphere soldering line. Materials melt into each other to accomplish optimal thermal transfer from the tubes to the actual fins
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