6063|100x10,110x5,110x6,120x10新能源導電鋁排
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1060鋁排 導電鋁排 電力鋁條 （純鋁排）導電鋁卷排電力鋁排
1060鋁板
一、1060鋁板的介紹
1060鋁板帶，含鋁量達到99.6%以上又被稱為純鋁板，在鋁板帶家族中屬于一款常用的系列。此系列鋁板的優勢：為常用的系列，生產過程比較單一，技術相對于比較成熟，價格相對于其它高檔合金鋁板有巨大優勢。有良好的延伸率以及抗拉強度，完全能夠滿足常規的加工要求（沖壓，拉伸）成型性高。為工業純鋁，具有高的可塑性、耐蝕性、導電性和導熱性，但強度低,熱處理不能強化可切削性不好；可氣焊、氫原子焊和接觸焊,不易釬焊；易承受各種壓力加工和引伸、彎曲。
二、1060鋁板的適用范圍
1060廣泛應用于對強度要求不高的產品.。產品常用于招牌、廣告牌、建筑物外觀裝飾、公車車身、高樓與工廠墻身裝飾、廚房洗滌槽、燈座、風扇葉、電子用件，化工儀器、薄板加工件、深拉或旋壓凹形器皿、焊接零件、熱交換器、鐘表面及盤面、銘牌、廚具、裝飾品、反光器具等。
三、1060鋁板的化學成份
鋁 Al ：99.60
硅 Si ：0.25
銅 Cu ：0.05
鎂 Mg：0.03
鋅 Zn：0.05
錳 Mn：0.03
鈦 Ti ：0.03
釩 V：0.05
鐵 Fe： 0.350
注：單個:0.03
四、1060鋁板的力學性能
抗拉強度σb (MPa)：110-136
伸長率 δ10 (%)： 3-5
五、相關技術標準
鋁板帶國家標準(GB/T 3880-2006)，適用于鋁合金板帶材料的統一標準。
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1060 aluminum strip is a specification of aluminum wire.
Common wire specifications are:
1, 1.5, 2.5, 4, 6, 10, 16, 25, 35, 50, 70, 95, 120, 150, 185, and 240 square millimeters.
Less commonly used sizes include: 0.5, 0.75, 300, 400, and 500 square millimeters.
Aluminum is a chemical element. Its chemical symbol is Al, and its atomic number is 13. Aluminum is the third most abundant metal element in the Earth's crust, after oxygen and silicon. In terms of metal varieties, it ranks second only to steel. By the end of the 19th century, aluminum began to emerge as a competitive metal in engineering applications and became popular for a time. The development of three major industries—aviation, construction, and automotive—has led to an increased demand for materials with properties similar to those of aluminum and its alloys. This has greatly benefited the production and application of this new metal. Aluminum has a wide range of applications.
Introduction to 1060 Pure Aluminum Strip:
The 1060 aluminum strip belongs to a product series within the pure aluminum plate family. It shares similar chemical composition and mechanical properties with the 1060 series products. In current applications, it has largely replaced other types of aluminum strips. The last two Arabic numerals in the 1060 aluminum strip series are 50. According to international naming principles, products containing more than 99.5% aluminum are considered acceptable. China's aluminum alloy technical standards (GB/T3880-2006) also clearly stipulate that the aluminum content of 1060 should reach at least 99.5%. Since it does not contain other technical elements, its production process is relatively simple, and its price is relatively cheap. It is a common series used in regular industries today. Industrial pure aluminum is known for its high ductility, corrosion resistance, electrical conductivity, and thermal conductivity. However, it has low strength and cannot be strengthened through heat treatment. Its machinability is poor, but it can be welded by contact or gas welding methods.
Chemical Composition of 1060 Aluminum Strip:
Aluminum Al: 99.5%; Silicon Si: 0.25%; Copper Cu: 0.05%; Magnesium Mg: 0.05%; Zinc Zn: 0.05%; Manganese Mn: 0.05%; Titanium Ti: 0.03%; Vanadium V: 0.05%; Iron Fe: 0.40%; Individual: 0.03%
Mechanical Properties of 1060 Aluminum Strip:
Yield Strength (σb) (MPa): 60~100;
Elongation (δ/) (%): ≥23;
Elongation at Break (%) (for lengths of 50 mm): ≥25;
Note: Room temperature longitudinal mechanical properties for tubular materials;
Sample size: All wall thicknesses;
Aluminum wire is made from aluminum or aluminum alloy rod blanks through drawing into coils of wire products, including high purity aluminum wire, ordinary aluminum wire, and alloy aluminum wire. High purity aluminum wire contains over 99.9% aluminum and is used in the electronics industry for vacuum coating and aluminum paper production. Ordinary aluminum wire has less than 99.9% aluminum content and is used in the manufacture of wires and cables for motors and appliances as well as for rivets and welding materials. Aluminum alloy wire is used in electronics and textiles departments and for wires, cables, rivets, solders, etc.
Mechanical Properties of 1060 Aluminum Strip: Yield Strength (σb) (MPa): 60~100; Elongation (δ/) (%): ≥23; Elongation at Break (%) (for lengths of 50 mm): ≥25; Note: Room temperature longitudinal mechanical properties for tubular materials; Sample size: All wall thicknesses;
Heat Treatment Specifications for 1060 Aluminum Material:
1) Full Annealing: Heat to 390~430°C; hold for different times depending on material thickness (typically between 30~120 minutes); cool slowly from oven at a rate of 30~50°C/hour to below 300°C then air cool;
2) Rapid Annealing: Heat to 350~370°C; hold for different times depending on material thickness (typically between 30~120 minutes); air or water cool;
3) Quenching and Ageing: Quench at 500~510°C followed by air cooling; artificial ageing at 95~105°C for 3 hours then air cool; natural ageing at room temperature for 120 hours;
Maintenance of 1060 Aluminum Materials:
During stamping, stretching, casting, forging, or machining processes, aluminum materials may come into contact with stamping oil, stretching oil, demolding agents, cutting fluids, etc. Therefore, it is necessary to clean, dry, and protect aluminum products before storage after production completion.
Material Name: 1060 Pure Aluminum Strip
Standard: GB/T3190-1996 Main Features and Application Scope: Industrial pure aluminum has high ductility, corrosion resistance, electrical conductivity, and thermal conductivity characteristics but has low strength and cannot be strengthened by heat treatment. Its machinability is poor but can be welded by contact or gas welding methods. It takes advantage of these properties to manufacture structural components with specific performance requirements such as gaskets and capacitors, electron tube isolation grids, wires, and cables
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6061合金鋁條 實心鋁條 10x100mm LMY鋁
