Using the high pressure of the die-casting machine, the molten aluminum alloy is quickly injected into the precision mold. After cooling and demolding, the initial shape is formed. Then, through the precise processing stage, the size and holes of the shell are precisely carved to ensure the fit of all parts. The surface is enhanced with anodizing to improve wear resistance and corrosion resistance, making the shell both aesthetically pleasing and durable.
From a functional perspective, aluminum alloy itself has excellent heat conductivity. The fin structure on the shell significantly increases the heat dissipation area. When electronic components generate heat during operation, the heat can be quickly transferred and dissipated through the shell, maintaining an appropriate temperature environment inside the equipment, ensuring the stable operation of electronic components, and prolonging the equipment's service life. It is widely used in communication and industrial control fields.
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