The advantages of nano aluminum alloy die-casting performance are mainly reflected in the following aspects:

High precision and surface quality: Nano aluminum alloy die-casting parts have high precision and good surface smoothness. The casting has high dimensional accuracy and surface smoothness, which allows for direct use or minimal mechanical processing of die-casting parts, thereby improving metal utilization and reducing processing equipment and labor hours.

Excellent mechanical properties: Nano aluminum alloy die castings exhibit excellent mechanical properties. Its strength is generally 25-30% higher than traditional casting, but its elongation is reduced by about 70%. For example, after T6 heat treatment, the high vacuum die cast AlSi10MnMg alloy can achieve a tensile strength of 344MPa, a yield strength of 263MPa, and an elongation at break of 15.8%.

Good casting performance: Nano aluminum alloy exhibits excellent casting and filling properties during the die-casting process. Due to its small linear shrinkage coefficient, it is less prone to shrinkage and porosity, making it suitable for manufacturing complex thin-walled castings.

High production efficiency: The nano aluminum alloy die-casting process has high production efficiency. For example, the domestically produced JIII3 horizontal cold air die casting aluminum machine can die cast aluminum 600-700 times per eight hours on average, and the small hot chamber die casting aluminum machine can die cast aluminum 3000-7000 times per eight hours on average.

High cost-effectiveness: Due to the precise size and high surface finish of die-casting parts, additional mechanical processing is usually not required, which reduces costs and improves economic efficiency.

Environmental protection and recyclability: Aluminum alloy has a high recycling rate, meets environmental requirements, and is easy to recycle.