Custom 6063 Anodized Aluminum Extruded Heat Sink Thermal Conductivity

Sample: Available Thermal Conductivity: High

The company has the following processes: sawing, stamping, CNC lathe, CNC precision machining, welding,bending, riveting, wire drawing, surface treatment, assembly one-stop service The company's current products are used in automotive, lighting, furniture, home appliances, rail transit, communications and other fields.


Sample: Available Thermal Conductivity: High


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Custom 6063 Anodized Aluminum Extruded Heat Sink Thermal Conductivity
Custom 6063 Anodized Aluminum Extruded Heat Sink Thermal Conductivity
Custom 6063 Anodized Aluminum Extruded Heat Sink Thermal Conductivity
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  • Custom 6063 Anodized Aluminum Extruded Heat Sink Thermal Conductivity
  • Custom 6063 Anodized Aluminum Extruded Heat Sink Thermal Conductivity
  • Custom 6063 Anodized Aluminum Extruded Heat Sink Thermal Conductivity

Product Details


Product Details
Sample:
Available
Thermal Conductivity:
High
Mounting Type:
Vertical
Surface Treatmentment:
Anodized, Painted, Customized
Sample Leadtime:
15 Days
Dimensions:
Various Sizes Available
Alloy:
6063
Durability:
High
Highlight:

6063 Aluminum extruded heat sink

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Anodized extruded heat sink

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custom aluminum heatsink Anodized

Aluminum heatsinks are essential components for thermal management in electronic and industrial systems, designed to efficiently dissipate heat from devices such as CPUs, power modules, LED lighting, and automotive electronics. Made from high-quality aluminum alloys, they offer excellent thermal conductivity while remaining lightweight and corrosion-resistant. Their structure typically includes fins or channels that increase surface area, allowing faster heat transfer to the surrounding air.

Aluminum heatsinks are widely used due to their cost-effectiveness and ease of manufacturing through extrusion, CNC machining, or die casting. They can be customized in various shapes, sizes, and surface treatments, including anodizing, to meet specific performance and environmental requirements. Ideal for OEM applications, they help improve device reliability, extend lifespan, and ensure stable operation in demanding conditions.

 

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