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Air-Cooled Heat Sink | Aluminum Forged Custom Heat Dissipation Solutions

We specialize in manufacturing customized heat sinks, providing efficient thermal management solutions.

Service Advantages:

  1. Support for customized heat sink production, tailored to meet various cooling requirements.
  2. Provide a variety of air-cooled heat sink solutions, ideal for electronic devices, LED lighting, and other high-heat applications
  3. Utilize aluminum forging processes, ensuring dimensional accuracy and stable thermal performance.

Production Timeline:

Prototyping Time: 20 days for mold development
Processing Time: 10 days

We are committed to delivering efficient, customized thermal solutions. Feel free to contact us for more information!

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Aluminum extruded heat sink

Process: Processed using advanced CNC milling and precision stamping processes.
Surface Treatment: Anodized and may be spray painted or silk screened.
Minimum Tolerance +/-1 micron

Material: Made of high strength 6061-T6 aluminum alloy material, may be heat treated.
Other information: Designed with engineering plastic inserts to provide waterproof and dustproof protection, and internally designed with heat sinks and heat sinks.

 

 

 

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Aluminum extrusion forming heat sink for electronic products

 

OTHER configuration:

Process: Crafted through advanced CNC milling and precision stamping techniques, ensuring high-quality and precision.
Surface treatmen: includes anodizing, allowing for optional painting or silk-screen printing.
Minimum tolerance: +/-1 micron, ensuring precision and stability.
Material: Constructed from high-strength 6061-T6 aluminum alloy, capable of undergoing heat treatment for enhanced performance.
Additional Information: Incorporates engineered plastic components for waterproof and dustproof protection. Internal design features multiple heat dissipation fins, optimizing thermal management efficiency.

 

 

 

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Aluminum Extruded Heat Sink Air Cooled Heat Sink Parts

 

OTHER configuration:

Process: Aluminum extrusion techniques, ensuring precise and efficient production of air-cooled heat sink components.
Surface treatment: Includes anodizing for improved corrosion resistance and thermal performance,
Minimum tolerance: +/-0.1 millimeters,
Material: Constructed from high-purity aluminum alloys, providing excellent thermal conductivity and heat dissipation properties for effective cooling.
Additional Information: Designed with optimized fin structures and airflow channels to maximize heat dissipation efficiency. Engineered for compatibility with a wide range of electronic products, from LED lighting to power electronics.

 

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Aluminum extrusion forming electronic heat sink parts

 

OTHER configuration:

Process: Crafted with precision via aluminum extrusion techniques for consistent heat sink quality and performance.

Surface treatment: Utilizes anodizing or similar methods to boost corrosion resistance and thermal conductivity, enhancing heat dissipation.

Minimum tolerance: Maintains tight +/-0.1 millimeter tolerances for precise fit with electronic assemblies.

Material: Fabricated from high-grade aluminum alloys, chosen for superior thermal conductivity and mechanical strength, ensuring effective heat transfer and durability.

Additional Information: Engineered with intricate fin designs and airflow optimization for maximum cooling efficiency. Tailored to meet specific requirements of diverse electronic applications, ensuring reliable performance in demanding conditions.

 

 

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Aluminum Extrusion parts

 

OTHER configuration:

Process: Aluminum extrusion techniques, ensuring precise and efficient production of air-cooled heat sink components.
Surface treatment: Includes anodizing for improved corrosion resistance and thermal performance,
Minimum tolerance: +/-0.1 millimeters,
Material: Constructed from high-purity aluminum alloys, providing excellent thermal conductivity and heat dissipation properties for effective cooling.
Additional Information: Designed with optimized fin structures and airflow channels to maximize heat dissipation efficiency. Engineered for compatibility with a wide range of electronic products, from LED lighting to power electronics.

 

 

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