鋁材料在建筑行業(yè)中被廣泛用作外墻和屋面.選擇鋁作為建筑材料是由于其經濟、實用且具備美學價值而決定的.機場、高鐵站、運動場館和時尚住宅等建筑物,只有使用鋁才能突現出建筑的個性.
Aluminum materials are widely used as exterior walls and roofs in the construction industry. Choosing aluminum as a building material is determined by its economic, practical and aesthetic value. Buildings such as airports, high speed railway stations, sports venues and fashion houses can only use aluminum to highlight the personality of the building.
1.重量輕:即下部結構的重量較輕,可以將預制構件放置在較高的地方.無需使用大型提升設備,現場就可以輕松完成提升工作.
1. light weight: the lower structure of the weight is light, the prefabricated component can be placed in a higher place. Without the need to use large lifting equipment, the site can easily complete the lifting work.
2.耐蝕性:鋁材料本身就具有很強的耐蝕性,對其進行預制處理后,這一特點更加突出.這樣即使在極端條件下長期使用成型薄鋁板,也不用花費昂貴成本對其進行維護.
2. corrosion resistance: the aluminum material itself has a strong corrosion resistance. After prefabrication, this feature is more prominent, so that even in the extreme conditions, the long use of thin aluminum sheet will not cost the maintenance of expensive cost.

3.堅固耐用:鋁材料具備難以置信的強度,使用它可以建造出輕質但異常穩(wěn)定的結構.
3. strong and durable: aluminum material has incredible strength, and it can build lightweight but unusually stable structure.
4.可塑性強:鋁材料具備良好的柔性和可塑性,以及無限的設計潛力.可以對其進行多種處理,例如:塑形、焊接、鉚接以及切割成動態(tài)的3-D幾何形狀等.
4. plasticity: aluminum material has good flexibility and plasticity, as well as unlimited design potential. It can be treated in many ways, such as shaping, welding, riveting, and cutting into dynamic 3-D geometry.
5.搭接簡易:除了可以使用建筑行業(yè)中較常用的連接方法外,還可以使用如:焊接、鉚接、固定和直接固定連接等方法.這些方法簡便易行,可以快捷安全的完成建筑部件的連接工作.
5. easy to connect: in addition to the more commonly used connection methods in the construction industry, it is possible to use such methods as welding, riveting, fixing and direct connection. These methods are simple and convenient, and can complete the connection of the building parts quickly and safely.
6.可回收:通常只用一道工序就可以回收鋁質屋面和墻面板,回收過程與初級生產過程相比,能節(jié)省95%的能源.
6. recyclable: usually only one process can be used to recover aluminum roofs and wall panels. The recovery process can save 95% of energy compared with the primary production process.
7.的美學價值:可以對其進行各種表面拋光和涂色處理,例如:陽極電鍍或者涂層,可以滿足建筑師高度的美學要求,且能夠延長鋁材料的潛在使用壽命.
7. aesthetic value: a variety of surface polishing and color processing, such as anodizing or coating, can be used to meet the architect's high aesthetic requirements and to prolong the potential life of the aluminum material.