Simple and reliable Profile heat sinks – the universal cooling solution
Aluminum profile heat sinks – also known as die-cast or extruded heat sinks, depending on the manufacturing process – are the classic method for cooling of power electronics. Their fins provide a large cooling surface for effective heat dissipation by means of natural convection. Profile heat sinks therefore ensure the stable operation of electronic components and a long service life.
Applications range from cooling of semiconductors in small mobile end devices to cooling of high-power IGBTs in railway technology. There are different methods for mounting them on the electronic component to be cooled: Small profile heat sinks are mounted using clips or soldering pins. Large die-cast heat sinks generally have integrated threads for screwing them in.
Did you know that the cooling capacity of die-cast heat sinks can be increased by combining them with a fan or heat pipes?
Profile heat sinks from the specialist Very large selection of die-cast heat sinks
Our portfolio of typical standard profiles – including fin, comb and finger heat sinks, as well as mini heat sinks – is exceptionally large. Our experts will be glad to help you in choosing the right profile heat sink!
And if there is no standard heat sink for your requirements, we – as a specialist for project- and application-specific cooling solutions – will jointly develop the optimal profile heat sink for your application.
Benefit from more than 25 years of experience in the development and marketing of heat sinks.
Our profile heat sinks in figures:
- Rth values: 81.6 - 0.04 °C/W
- Thermal conductivity: 180 W/mK
- Width: 12 - 200 mm – also available up to 1000 mm due to special manufacturing process
- Height: 7 - 135 mm is no problem
- Bottom thickness: 2.5 mm or higher
- Weight: 0.13 - 75 kg/m
We will be glad to make you an offer.
Optimization through CNC machining and surface finishing
The die-casting process inherently involves unavoidable tolerance deviations. However, this can be compensated by subsequent CNC machining according to drawings. Post-treatment optimizes the contact between the electronic component and the heat sink, in addition to reducing thermal transfer resistance and improving thermal conductivity. In addition to CNC machining, we also offer surface finishing by means of anodizing, powder coating, chrome plating or painting.
If you have any questions about CNC machining and surface finishing, please feel free to contact us!
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