6061铝带_6061铝带价格_6061铝带分条
6061铝带
6061铝带属热处理可强化合金，具有良好的可成型性、可焊接性、可机加工性和，同时具有中等强度，在退火后仍能维持较好的操作性。
6061铝带化学成分(%): Cu :0.15～0.4 Mn :0.15 Mg :0.8～1.2 Zn :0.25 Cr :0.04～0.35 Ti :0.15 Si :0.4～0.8 Fe :0.7 Al :余量；
6061铝带主要用途:广泛应用于要求有一定强度和抗蚀性高的各种工业结构件，如制造卡车、塔式建筑、船舶、电车、铁道车辆。
铝带定义 1、合金：合金由基体金属元素（含量的元素）、合金元素及杂 质所组成的一种金属物质。
2、合金元素：为使金属具有某些特性，在基体金属中有意加入或保留的金属或非金属元素。 3、杂质：存在于金属中的但并非有意加入或保留的金属或非金属元素。 4、变形合金：主要通过塑性变形加工成产品的合金。 变形铝合金是指这样一类铝合金，它需经过不同的压力加工方式生产成材。这些变形铝合金是机械工业和航空工业中重要的结构材料。由于体积质量轻，比强度高，在航空工业中占有特殊的地位。变形铝合金分为两大类，一类是非热处理强化变形铝合金，另一类是热处理强化变形铝合金。非热处理强化铝合金是防锈铝合金，它耐腐蚀，易加工成形和好焊接，强度较低，适宜制作耐腐蚀和受力不大的零部件及装饰材料。 5、热处理可强化合金：通过适当的热处理能够强化的合金。 热处理强化变形铝合金通过固溶和时效使合金的强度显著提高。这类铝合金品种系列多，用途广。如2×××（2024）、4×××、6×××、7×××（7075） 6、热处理不可强化合金：仅冷加工能够强化而热处理不能明显强化的合金。 铝锰合金（3×××）和铝镁合金（5×××）是不能用热处理强化的变形铝合金，其化学成分和组织比较单一，没有理想的沉淀强化相，可通过形成固溶体而进行强化。这两个合金系的特点是具有优良的耐蚀性，又称之为防锈铝合金。
7、铸造合金：主要用于生产铸件的合金。 8、中间合金：仅作为加入料用于调节成分或控制杂质的合金。 9、纯铝：铝含量少为99％并且其他任何元素的含量不超过规定界限值的金属。 10、铝合金：铝合金是金属物质，其铝的含量超过任何其他元素 11、状态：金属或合金通过某些生产工序（例如，压力加工和（或） 热处理），产生了特有的物理和（或）力学性能之后所给予的命名。
6061铝带性能:6061的极限抗拉强度为124 MPa 受拉屈服强度 55.2 MPa 延伸率25.0 % 弹性系数68.9 GPa 弯曲极限强度228 MPa。
铝带厚度：0.005~2.0mm，
铝带宽度：一般1000,1220mm，有时有些边料的宽度、具体请来电询问，
铝带分类:纯铝带、合金铝带、拉丝铝带、镜面铝带、氧化铝带、拉伸铝带等，
6061铝带密度2.71g/cm3
6061铝带计算公式：厚（单位mm)*宽(单位m）*2.71=KG/米
铝带产地：河南—中铝，西南铝业，广西—苹果铝，南韩，美国—芬可乐，日本—住友，台湾—中钢，美国—ACA，美国—铭铝，德国—安铝等。
6061 aluminum strip
6061 aluminum belt belongs to the heat treatment can be strengthened alloy, with good formability, weldability, machinability and, at the same time with moderate intensity, can still maintain good operability after annealing.
6061 aluminum with chemical composition (%): Cu: 0.15 ~ 0.4 Mn: 0.15 Mg: 0.8 ～ 1.2 Zn: 0.25 Cr: 0.04 ～ 0.35 Ti: 0.15 Si: 0.4 ～ 0.8 Fe: 0.7 Al: allowance;
Aluminum strip 6061 main uses: widely used requires a certain strength and industrial structure, high corrosion resistance, such as the manufacture of the truck, tower building, ship, train, railway vehicles.
Definition 1: aluminum strip, alloy alloy by base metal elements (elements in the largest), a metal alloy elements and impurities consisting of.
3, impurity: in metal but not intentionally added to or retention of metal or nonmetal elements. 4, the deformation alloy: into the product of the alloy is mainly through the plastic deformation. Deformation of aluminum alloy is a kind of aluminum alloy, it must pass through the pressure in different processing methods of production yield. The deformation of aluminum alloy is an important structural material machinery industry and aviation industry. Due to the advantages of light weight, high specific strength, occupy a special position in the aviation industry. Due to the advantages of light weight, high specific strength, occupy a special position in the aviation industry. Deformation of aluminum alloy can be divided into two categories, one is the non heat treatment deformation of aluminum alloy, the other one is the heat treatment deformation of aluminum alloy. Non heat treatable aluminum alloy is aluminium alloy, the corrosion resistance, easy forming and welding, low strength, suitable for the production of parts and decoration materials corrosion and stress. 5, heat treatment can strengthen the alloy: to strengthen the alloy by using proper heat treatment. Heat treatment deformation of aluminum alloy by solid solution and aging the alloy strength increased significantly. This type of aluminum alloy series of varieties, wide purpose. Such as 2 * * * (2024), 4 × × ×, 6 × × ×, 7 × × × (7075) 6, heat treatment can not be strengthened alloys: only cold processing can strengthen the alloy and heat treatment does not significantly enhanced. Aluminum manganese alloy (3 * * *) and aluminum magnesium alloy (5 * * *) is used in heat treatment of wrought aluminum alloy reinforced not, its chemical composition and structure of a single comparison, there is no ideal precipitation phase, can form solid solution strengthening. Characteristics of th
