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Such components are widely used in critical sectors such as the automotive industry, electronic communications, and mechanical equipment.
Aluminum alloys have low density; compared to spacer bars made of conventional steel, they are lighter in weight and easier to install and maintain. This effectively reduces the load-bearing pressure on supporting structures such as towers and pylons, decreases the amount of materials required for towers, and lowers the construction costs of transmission lines.
Aluminum alloys have a relatively low melting point and excellent fluidity, enabling them to be cast into spacer bars with complex shapes through casting processes. This meets the design requirements of conductors and transmission lines of various specifications, thereby enhancing the adaptability and versatility of the products.
Its forming process primarily relies on the gravitational force of the molten metal itself to fill the mold, making it a common method for shaping metal parts.
Aluminum alloy castings refer to aluminum alloy components produced by gravity casting, using a mold to achieve their final shape.
The process primarily employs gravity casting technology. In this method, the molten aluminum alloy is poured into a gating system and then steadily fills the mold cavity—whether made of sand, metal, or other materials—thanks to the force of gravity. After natural cooling and solidification, the final cast component is formed.
The manufacturing process typically includes steps such as mold preparation, alloy melting, pouring, cooling, shakeout, and cleaning.
This type of casting is suitable for applications where mechanical performance and structural integrity are critical, while the demand for surface finish and production efficiency takes a backseat compared to die-casting processes.
Aluminum alloy castings refer to aluminum alloy components produced by gravity casting, using a mold to achieve their final shape.
Its forming process primarily relies on the gravitational force of the molten metal itself to fill the mold, making it a common method for shaping metal parts.
Automotive Industry: Engine cylinder heads, wheel hubs, large structural components, and more.
Electrical equipment: motor end covers, insulator flanges, distribution box bodies, and more.
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