Die casted aluminum heatsink cover of electrical box
Die casting is a highly efficient manufacturing process that can produce parts with complex shapes. With die casting, heat sink fins can be incorporated into a frame, housing or enclosure, so heat can be transferred directly from the source to the environment without additional resistance. When used to its full potential, die casting provides not only excellent thermal performance, but also significant savings in cost.
Advantage of Die Casting Aluminum Heatsink
The advantages or disadvantages of a die-cast heatsink depending on the type of materials from which it is manufactured. For example, aluminum is the most used material to produce die-cast heatsinks. Some major advantages of die-cast heatsinks are listed below:
1.First of all, you should notice that die-cast heatsinks work more efficiently for electrical devices.
2.Die cast heat sinks involve the casting process, hence, they can exist in large varieties.
3.Fins of die-cast heatsinks may exist in different spaces, shapes, and sizes.
4.There are reduced complexities in die-cast heatsink designs. As a result, there is a reduced need to perform machining.
5.You can add different channels to dissipate heat from the die-cast heat sink.
6.Die cast heatsinks are cheaper and can be sold in large volumes.
7.You can have multiple product orientations in die-cast heatsinks. No matter what the orientation of components is, heat flow is maintained properly.
8.Manufacturers can also customize die-cast heatsinks according to your requirements.
Table of Contents
Aluminum Casting Design Best Practices: Design for Manufacturing(DFM)
9 Aluminum Die Casting Design Considerations to Keep in Mind:
1. Parting line 2.Ejector pins 3. Shrinkage 4. Draft 5. Wall Thickness
6. Fillets and Radii 7. Bosses 8. Ribs 9. Undercuts 10. Holes and Windows
