Throughout the entire application process, aluminum castings offer unparalleled advantages over other types of castings. Notably, in the field of new‑energy vehicles, aluminum alloy castings have been widely adopted in automotive manufacturing. Although aluminum castings have a lower specific gravity, they exhibit higher specific strength compared to cast iron and cast steel. Consequently, under the same load conditions, using aluminum alloy castings can significantly reduce structural weight. As a result, aluminum alloy castings are extensively utilized in the aerospace industry, as well as in the production of transmission equipment and transportation machinery.

Gravity casting offers excellent dimensional stability, producing dense, tough castings with controllable machining allowances. It exhibits superior high‑temperature strength and pressure resistance, making it ideal for thick‑walled components in the machinery, hardware, and new‑energy sectors. Molds, part geometries, and material specifications can all be custom‑designed; we support mold development based on customer‑provided drawings or samples, and can tailor process parameters to meet specific application requirements. Non‑standard, irregularly shaped parts and castings in special dimensions are also available on demand.

Gravity casting offers excellent dimensional stability, producing dense, tough castings with controllable machining allowances. It withstands high temperatures and pressure, making it ideal for thick-walled components in the machinery, hardware, and new‑energy sectors. Molds, part geometries, and material specifications can all be custom‑designed; we also support mold development based on customer‑provided drawings or samples. Process parameters can be tailored to meet specific application requirements, and non‑standard, irregularly shaped parts as well as castings in special dimensions are available on demand.

Gravity casting offers excellent dimensional stability, producing dense, tough castings with controllable machining allowances. It withstands high temperatures and pressure, making it ideal for thick-walled components in the machinery, hardware, and new‑energy sectors. Molds, part geometries, and material specifications can all be custom‑designed; we support mold development based on your drawings or samples, and can tailor process parameters to meet your specific application requirements. Non‑standard, irregularly shaped parts and castings in special dimensions are also available on demand.