MicroFabrication

Aluminum Heatsink

Aluminum heatsink
Aluminum LED heatsink

The properties of aluminum make it an excellent choice for a heatsink because it can easily absorb heat and transfer that heat to another material. This is why aluminum heatsinks are often used in computers and other electronics.

Aluminum is one of the most commonly used metals in the world. It is lightweight and easy to work with, which makes it perfect for thermal solutions. It has a high electrical conductivity as well, which makes it an excellent choice for electrical components.

  • Good thermal and electrical conductivity

  • Low density with a density ~ 2,700 kg/m3

  • Low weight

  • High strength of between 70 and 700 MPa

  • Easy malleability

  • Easy machining

  • Excellent corrosion resistance

  • non-magnetic which avoids interference of magnetic fields

  • Easy to recycle

Aluminum heatsinks are used in many different types of applications, including computers, power supplies, cell phones and LED lights. They are also used in automotive applications as well as industrial applications.

They can be manufactured as either extruded or cast products. Extruded products are often used in high-volume production environments such as PCBs and electronics enclosures while cast products are often used when higher strength and thermal conductivity properties are required.

An Aluminum heatsink from MF Thermal Products can be either a standard product, or custom design. For a custom Aluminum heatsink we can offer a design based on thermal requirements or we can manufacture to your design (build to print). We work with a wide range of customers that may need only a few Aluminum heatsinks, or are a production company that need many thousands Aluminum heatsinks a month. MF has maintained in-depth cooperation with internationally renowned radiator brands, such as AAVID,

If you have any requirements, you can log on our website, choose online consultation or send RFQ inquiry to us. Our engineers will get back to you within 24 hours.