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Copper Heat Sink

Copper Heat Sink

  • Exceptional Thermal Conductivity: Copper’s thermal conductivity (~400 W/m·K) is approximately twice that of aluminum, enabling rapid and efficient heat transfer.
  • Superior Durability & Corrosion Resistance: Copper excels in maintaining performance under high humidity, elevated temperatures, and accelerated thermal cycling environments.
  • Precision Shaping & Material Versatility: Copper can be processed into intricate geometries via skiving, CNC machining, stamping, or soldering-even allowing composite structures such as copper-aluminum integration.
  • Compact & High-Performance Designs: Skived-fin copper heat sinks achieve ultra-high fin density and aspect ratios, delivering maximal surface area for cooling in minimal space.
  • Long-Term Reliability: Copper’s resistance to biofouling, oxidation, and wear makes it suitable for demanding applications such as telecom, data centers, and industrial electronics.
  • Scalable Production Efficiency: Copper solutions-from skived fins to composite cores-offer flexible prototyping and volume production without sacrificing thermal performance.
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Copper Heat Sink Product

Custom Copper Heat Pipe Sink
Custom Copper Heat Pipe Sink
High-Power Copper Skived Heat Sink
High-Power Copper Skived Heat Sink
CNC Machined Copper Fin Heat Sink
CNC Machined Copper Fin Heat Sink
Custom Copper Skiving Fin Sink
Custom Copper Skiving Fin Sink
Copper Pin Fin Heat Sink
Copper Pin Fin Heat Sink
OEM Copper Heatsink Module
OEM Copper Heatsink Module
Bulk Copper Heat Sink Fabrication
Bulk Copper Heat Sink Fabrication
Copper Heat Sink with Heat Pipe
Copper Heat Sink with Heat Pipe

Customization Capabilities

Our copper heat sink solutions are engineered for custom thermal profiles, form factors, and industrial requirements-bringing precision cooling to life.

  • Material Choices: Pure copper or copper-aluminum hybrid constructions.
  • Manufacturing Processes: Options include skiving, CNC machining, stamping, and soldered stack-fin assembly.
  • Geometry Customization: Tailor fin thickness, spacing, height, and density for optimal thermal performance in compact designs.
  • Surface Finishes: Treatments such as passivation, plating, or coatings to enhance durability and thermal transfer.
  • Heat Pipe Integration: Compatible with embedded heat pipes or vapor chambers for enhanced heat spreading.
  • Volume Flexibility: Rapid prototyping for low-volume demand and cost-efficient scaling for mass production.
  • OEM/ODM Support: Fully brandable with custom dimensions, packaging, and assembly options.
  • Quality Assurance: Comprehensive thermal testing, material integrity checks, and surface finish verification.

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Why Partner with Sinoextrud for Your Copper Heat Sink Needs?

We are more than just an aluminum profile supplier — we’re your efficient, reliable, long-term partner.
With Us, You Get:Faster turnaround,Stable quality,Competitive pricing,End-to-end support.

Large-Scale Manufacturing:Our factory spans 1,000 mu (about 667,000 m²), with full in-house capabilities from aluminum smelting and billet casting to extrusion, surface treatment, and CNC machining.

One-Stop Solution:With 43 extrusion lines (500–5500 tons) and a dedicated mold partner, we provide fast production, custom profiles, and integrated services to simplify your supply chain.

Quality You Can Trust:Strict quality control ensures consistent dimensions, strength, and finish, reducing your risk and increasing reliability.

Fast Delivery & Cost Efficiency:Self-produced billets, in-house processing, and batch production mean faster lead times and lower overall costs.

Advanced Finishing Options:Anodizing and both vertical and horizontal powder coating lines deliver durable, high-quality surface finishes tailored to your product needs.

Factory Overview
Furnace workshop
Aluminum bar production
Mold Warehouse
500-5500 Tons Extruder
Spraying workshop
Anodizing workshop
Deep Processing Workshop
CNC Machining Workshop
Finished goods warehouse
Finished goods warehouse
Finished goods warehouse
Export warehouse
5500 Ton Extrusion Press
Aluminum extrusion press
Large Aluminum Extrusion Line
Aluminum extrusion production line
Extrusion workshop
IATF 16949 Certification
TUV
Finished goods warehouse
Export warehouse

-Standard Packing Option-

* Long bar length profiles 3.0-6.0 meters*
Protective Film
Shrink Sleeve
Brown Paper
Craft Paper
* Short bar length profiles 0.3-3.0 meters*
EPE Foam
Poly Bag
Wooden Crate
Wooden Case

-Loading & Shipment-

Pallet Loading
Bulk Loading
LCL Loading
Expedited Express

STEPS

How to work with us

Start A Project today
  • Quote & Estimation

    Begin with a thorough evaluation of the design's feasibility, followed by a prompt, detailed estimate.

  • Sample & Test

    Creating a prototype to assess dimensions and ensure the mold's precision aligns with the requirements.

  • Extrude & Finish

    Producing the aluminum profile with pinpoint accuracy to the given specifications and applying desired finishes.

  • Pack & Deliver

    Tailored packaging for the extruded profiles, ensuring safe and efficient loading for prompt delivery.

Copper Heat Sink-FAQ's

What makes copper superior to aluminum for heat sinks?
Copper’s thermal conductivity (~400 W/m·K) is about twice that of aluminum, making it ideal for high-performance cooling needs.
Is copper more durable in harsh environments?
Yes-copper resists corrosion, oxidation, and biofouling, maintaining performance over time.
Can copper heat sinks be made in complex shapes?
Absolutely-manufacturing methods like skiving, stamping, and CNC allow detailed and dense fin geometries.
Are copper-aluminum hybrid heat sinks viable?
Yes-combining a copper base with aluminum fins achieves a cost-effective balance of heat transfer and weight.
What industries commonly use copper heat sinks?
They are used in telecom, data centers, automotive electronics, PV inverters, and compact server systems.
Are copper heat sinks maintenance-intensive?
No-regular cleaning is sufficient. Copper’s corrosion resistance ensures low maintenance even in humid or high-performance settings.
Do copper designs support heat pipe integration?
Yes-copper structures are ideal for integrating heat pipes, enabling high-thermal-load dissipation.

Products You May Looking for

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Sinoextrud: Your Copper Heat Sink Manufacturer

Copper heat sinks offer fringe-leading thermal management by harnessing copper’s unmatched conductivity, structural resilience, and finish flexibility. These attributes translate to faster heat dissipation, compact design options, and robust field reliability.


From precision-finned modules using skiving or CNC, to composite assemblies combining copper and aluminum, our solutions accommodate diverse cooling challenges-from dense server racks to telecom equipment and power modules.


Our manufacturing stream supports both fast-turn prototypes and high-volume deployments, delivering tailored performance, integrated branding, and rigorous testing for B2B partners worldwide.


By customizing geometry, material, finish, and integration (e.g., heat pipes), our copper solutions become precise thermal tools-ensuring component longevity, efficiency, and system stability under demanding conditions.


Connect with us to design copper heat sinks tailored to your project’s thermal demands, space constraints, and performance goals. Let’s elevate your system cooling with precision engineering and global support.


Copper Heat Sink : The Ultimate FAQ Guide

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