The application of aluminum profile finished products in daily life and various fields

There are many finished products processed by aluminum profiles in life. If you are like many people, when you hear the word 'aluminum', you will think that although everyday convenience items are very useful, they do not fully convey a high-strength image. . Aluminium is a highly versatile metal, meaning it can be machined thin, light, bendable, and even crushed by the human hand.

What people don't quite understand is that aluminum can also be the trickiest thing on the planet. Often, metals used for high strength and durability are the most important considerations, from cars and trucks to construction materials to military vehicles. You might believe that aluminum will keep you safe and sound every day, barely knowing it.

Applications in the automotive and other machinery industries

Key to vehicle safety: Automakers are increasingly machining aluminum extrusions as part of a multi-material blend to improve vehicle fuel efficiency while maintaining strength and safety. Each aluminum-intensive vehicle was crash-tested by the Safety Management Center and received a five-star safety rating.

High-strength aluminum extrusions are everywhere: High-strength aluminum alloys are used in hundreds of everyday applications where strength and durability are critical - from planes to trains, buses to trucks - and even the world's tallest skyscrapers.

Extreme applications: NASA and other companies also use aluminum to create vehicles and structures that can thrive in some of the harshest conditions imaginable.

Chemistry of Strength: By adding elements like silicon, magnesium, and lithium to pure aluminum, and through special aluminum profile processing techniques, aluminum can be engineered to be stronger, if not stronger, than some steels.

daily life applications

Aluminum is about one-third the weight of steel, which means parts can be made thicker and stronger, while also reducing weight in vehicles and other applications. Depending on the alloys and machining techniques used, pound aluminum can be forged if not stronger than some steels.

Aluminum profile machining is already the most used material for automakers, so your car or truck may now contain a lot of aluminum to protect you from road hazards. Engineers know how to use aluminum to make parts that are as good or better than steel parts - while reducing vehicle weight. Aluminum is very effective at absorbing crash energy, protecting passengers in the event of an accident. And a lighter aluminum car improves performance. Better handling and shorter braking distances help drivers avoid accidents.

In some of the world's tallest skyscrapers, aluminum extrusions are used in window frames and curtain walls - maybe even the office building you're sitting on right now. This versatile metal is used to make planes, trains, buses, trucks - even ocean-going ships!

Aerospace applications

Beyond 'everyday' applications, aluminum's strength and durability are some of the most extreme uses imaginable. Designers know that high-strength aluminum alloys can handle some of the harshest conditions on Earth, and beyond.

The development of aerospace technology, it is no exaggeration to say that modern space travel would not be possible without aluminum. The metal is widely used in the space shuttle program, and NASA has chosen a high-strength aluminum-lithium alloy to build the new Orion spacecraft that will someday send humans to Mars.

Aluminum profile processing technology is more widely used, and high-strength aluminum alloy processing materials have become one of the most commonly used materials for aircraft. Some aircraft fuselages are 80% aluminum.

The secret of aluminum profile processing

The secret to aluminum's strength comes down to chemistry. Pure aluminum is mixed with other elements to form a high-strength alloy. Common additives used to increase the strength and formability of aluminum include silicon, magnesium, and copper. Aluminum-zinc alloys are the strongest alloys currently available and are commonly used by the automotive and aerospace industries.

Aluminum profile processing can be further enhanced by hot or cold rolling. Some alloys are made stronger by heat treatment followed by rapid cooling. This process freezes atoms in place, strengthening the final metal. Alternatively, some aluminum is 'cold worked', usually by rolling, drawing forging or drawing - making it stronger. The process inhibits the movement of atoms relative to each other, thereby strengthening the finished product.

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