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Liquid Cold Plate
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PC CPU Copper Liquid Cooling Plate Water Cooler Radiator Thermal Solution

PC CPU Copper Liquid Cooling Plate Water Cooler Radiator Thermal Solution

Brand Name: UCHI
MOQ: 1000PCS
Price: Negotiable
Payment Terms: T/T,Paypal,Western Union,Money gram
Supply Ability: 5000,000,000PCS Per Month
Detail Information
Place of Origin:
Dongguan,Guangdong,China
Certification:
UL.VDE,SGS,REACH,CQC,CSA.ISO.ROHS,CUL
Corrosionresistance:
High, With Anti-corrosion Coating
Finish:
Clean + Anodized
Shape:
Square
Feature:
High Efficiency And Energy-saving
Technology:
Skiving + Passivation
Dimensions:
Customizable (e.g., 100mm X 100mm X 10mm)
Surface Finish:
Mill Finish Or Anodization
Ip Rating:
IP65
Materials:
Copper + Aluminum Alloy
Weight:
Varies By Size, Typically 200-500 Grams
Diameter:
Φ 6mm
Tolerance:
0.05 Mm
Packaging Details:
Bulk
Highlight:

PC CPU Liquid Cooling Plate

,

Copper Water Cooler Radiator

,

Zipper Fin Cooling Plate

Product Description
PC CPU Copper Liquid Cooling Plate Water Cooler Radiator Thermal Solution
Copper Liquid Cooling Radiator for PC CPU Water Cooler
As a professional manufacturer, we provide high-quality Copper Liquid Cooling Radiators for PC CPU Water Coolers, offering excellent after-sale service and timely delivery.
Material AL 1100
Size 9.06 × 5.35 × 1.25 cm
Weight 1.35 KG
Technology Zipper fin
Features High cooling capability and good conductivity
Surface Treatment Oil cleared, cleaned and passivation
Heat Conducting Power 238W
Product Advantages
  • Friction Stir Welded Liquid Cold Plates
Core Structure (All-in-One CPU Liquid Cooler)
  • Cold Plate (Water Block): Micro-channel copper base, closely attached to the CPU for fast heat conduction
  • Radiator (Heat Exchanger): Copper-made with pure copper/brass construction, far superior to aluminum in thermal conductivity, corrosion-resistant and limescale-resistant
  • Structure: Flat tubes + dense copper fins. Water flows through copper tubes; fins and fans provide forced air cooling
  • Water Tubes: EPDM rubber tubes, high & low temperature resistant and leak-proof
  • Fans: PWM speed-adjustable fans, available with black anodized aluminum frames; silent or high-air-volume options
  • Water Pump: Built-in circulating pump to drive coolant circulation
Key Advantages of Copper Radiator vs Aluminum Radiator
  • Higher thermal conductivity: Copper thermal conductivity ≈401 W/(m*K), aluminum ≈237 W/(m*K); 20%-35% higher heat dissipation capacity with the same size
  • Long service life with corrosion resistance: Copper resists oxidation and limescale, avoiding perforation and liquid leakage after long-term use; aluminum radiators are prone to oxidation and leakage
  • High temperature resistance for high power consumption: Suitable for i9, Ryzen 9, overclocked CPUs and industrial IPC CPUs
  • Blackened/anodizable: Copper radiator fins can be treated with black electrophoretic coating or blackening, matching the appearance of black anodized aluminum heat sinks
  • Drawbacks: Heavier weight and higher cost
Common Radiator Sizes
  • 120 mm: Entry-level, for low-power CPUs
  • 240 mm: Mainstream, for gaming CPUs
  • 360 mm: High-end for overclocking, multi-core and industrial control hosts
  • 480 mm: Ultra-high power consumption, for server / industrial equipment
  • Thickness: 27 mm / 30 mm / 45 mm. Thicker radiators offer better heat dissipation; 45 mm thickness delivers the strongest cooling performance
Application Scenarios
  • Desktop gaming PCs and overclocked hosts
  • Industrial control computers and edge computing hosts
  • CPU cooling for deep learning workstations and small servers
  • Enclosed chassis and non-ventilated environments (liquid cooling outperforms air cooling)
Selection Guidelines
  • Adopt all-copper radiator + copper water block to prevent galvanic corrosion caused by aluminum-copper mixing
  • Apply blackening / anodizing treatment to fins to enhance radiative heat dissipation and appearance
  • Match with high-static-pressure fans to form composite cooling of active liquid cooling + air cooling
  • Industrial-grade radiators with vacuum brazing process are optional for pressure resistance, vibration resistance and leak prevention
Copper liquid cooling radiator close-up view showing detailed fin structure PC CPU copper liquid cooling plate installation example Complete copper liquid cooling radiator assembly with components