鋁卷適用范圍還是比較廣泛的，也是因為它本身的性能優勢非常的好，所以更受大家的喜愛。那么你知道鋁卷本身的材料強度是怎么樣的嗎？下面來簡單了解一番吧。
　　Aluminum coil is more widely applicable, but also because of its own performance advantages are very good, so it is more popular with everyone. So do you know the material strength of the aluminum coil itself? Here is a brief overview.
　　鋁卷通常用于日用品，照明設備，反光鏡，裝飾品，化學工業容器，散熱器，標牌，電子產品，燈，銘牌，電器，沖壓件和其他產品。在某些需要高耐腐蝕性和可成型性，但對強度要求不高的場合，化學設備是其典型用途。
　　Aluminum coils are commonly used in daily necessities, lighting equipment, reflectors, decorations, chemical industry containers, radiators, signage, electronic products, lights, nameplates, electrical appliances, stamping parts and other products. Chemical equipment is typical for some applications where high corrosion resistance and formability are required, but strength is not required.
　　鋁卷在結構設計中，材料強度受到了特別關注。鋁合金的基本特征之一是它們的常規機械性能隨合金的類型和狀態而變化，并且變化很大。拉伸強度為50-800mpa，屈服強度為10-700mpa，伸長率為2％-50％。
　　In the structural design of aluminum coil, the material strength is paid special attention to. One of the basic characteristics of aluminum alloys is that their conventional mechanical properties vary greatly with the type and state of the alloy. Tensile strength of 50-800mpa, yield strength of 10-700mpa, elongation of 2%-50%.

　　此外，主要結構材料的剛度大致與其密度成正比，與合金成分的狀態幾乎沒有關系。鋁的正彈性模量的范圍狹窄。在相同的剛性下，鋁的厚度應為前一個的1.44倍。因此，使用鋁帶時，鋁制零件的厚度須比鋼的厚度大40％：相同的剛度，鋁制零件的重量比鋼輕約50％。
　　In addition, the stiffness of the main structural materials is roughly proportional to their density and has little to do with the state of the alloy composition. Aluminum has a narrow range of positive elastic modulus. For the same rigidity, aluminum should be 1.44 times thicker than the previous one. Thus, when using aluminum strips, the aluminum part must be 40% thicker than the steel part: for the same stiffness, the aluminum part weighs about 50% less than the steel part.
　　鋁卷生產廠家提醒大家，鋁卷鋁不具有低溫脆性，并且其強度和可塑性隨著溫度降低而增加。即使在超低范圍內，也沒有類似于普通鋼的低溫脆性。因此，它們可用于制造天然液化氣裝置。另外，在非常低的溫度下，高純度鋁比銅具有更高的電導率，并且可以用作超導體的穩定材料。
　　Aluminum coil manufacturers remind you that aluminum coil aluminum does not have low temperature brittleness, and its strength and plasticity increase with the reduction of temperature. Even in the ultra-low range, there is no low temperature brittleness similar to ordinary steel. Therefore, they can be used to manufacture natural liquefied gas installations. In addition, high purity aluminum has higher conductivity than copper at very low temperatures and can be used as a stable material for superconductors.
　　鋁卷本身的材料強度是怎么樣的？以上便是問題的相關解答內容了，如果您對此有疑問的話不妨來網站m.ganyuedu.com看看相關資訊吧，能夠有效的幫助到您。
　　What is the material strength of the aluminum coil itself? The above is the relevant answers to the questions. If you have any questions about this, you might as well come to the website m.ganyuedu.com to see the relevant information, which can effectively help you.