Aluminum forging parts are a crucial element of modern industrial production, and material selection has a significant impact on product performance, cost, and application scope. Here are a few practical production cases:
- Pure aluminum Pure aluminum has a low density and offers excellent corrosion resistance and is ideal for certain applications. Pure aluminum forging parts are used in aerospace and missile shells and other components. Additionally, it is used to manufacture high-end electronic devices, pedestrian bridges and other structural components and so on.
- Aluminum alloys Aluminum alloys can be shaped by forging and other heat treatment methods, offering high-strength, high-corrosion-resistant, good ductility and workability merits. As such, aluminum alloy forging parts feature prominent fields of application in aerospace, automobile, machinery and other sectors, such as aircraft components, automotive engine parts, and electronic device shells etc. Specifically, aluminum-lithium alloys offer high strength, large rigidity, and lightweight. They are great for manufacturing light weight components, such as magazine, seats, casings, front-end modules, etc.
- Aluminum-magnesium alloys Aluminum-magnesium alloys are low in density and exhibit high strength, good deformation ability, excellent abrasion resistance and other strengths. They are commonly used in the manufacture of flight and car brake systems, offshore platforms, bridge support structures, car frames, car bodies, etc.
In summary, material selection for aluminum forging parts depends on factors like product application field, performance requirements and cost considerations. In the future, as technology advances and new materials are developed, aluminum forging parts will find wider fields of application with more materials being developed to use.
