3D printed aluminum alloy powder uses an inert gas atomization process to achieve near-spherical shape and low oxygen content, designed for lightweight and efficient thermal management. The products have aviation-grade specific strength and ultra-high thermal conductivity, enabling customers to manufacture lightweight automotive chassis topologies, integrated thin-wall radiators, satellite thermal brackets and other parts that are difficult to form by traditional processes. Adapted to SLM/LPBF/DED process, with a density of only 2.7g/cm³ and a cost advantage of 25% (benchmarked against titanium alloy), it significantly improves the cruising range of new energy vehicles by 8% and the heat dissipation efficiency of electronic equipment by 30%. All products providing innovative material solutions for transportation lightweighting, electronic thermal management and industrial
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