Thin, tall, and compact fins:
The HDDC process offers several advantages compared to traditional die casting, machining, and extrusion. These advantages include superior thermal performance and the ability to increase the number of achievable geometric configurations, fin thickness, and shape (e.g., oblique or elliptical fins, radial fin arrangement, etc.). Many of these features are not achievable with traditional extrusion or die casting. Furthermore, the HDDC process allows for heat dissipation with thinner and lighter-walled housings, enabling the incorporation of complex geometric details and thus reducing the overall weight of the object.
Advanced post-forming processes:
Machining processes that do not expose porosity and welding processes without porosity allow the manufacture of complex assemblies without compromising their airtightness. Surface finishing processes such as anodizing and galvanizing can be carried out without electrolytic retention in the surface porosity.
