Aluminium Alloy 1060 Chemical Composition Properties, Grade, Table and Pdf
Alloys, for instance Aluminum Alloy 1060, are the base of industries thanks to their good conductivity and passivity to heat. Its chemical formula is mainly composed of aluminum, with about traces of other elements like copper, iron, silicon and magnesium. Relatively, it is highly malleable, weldable and rust-proof. Grade 1060 is often a material of choice for the jobs where high conductivity as well as thermal or electrical transfers are required. The property of the Teflon make it perfect for industrial processes and daily home use. Although Alloy 1060 possesses the pretty desired characteristics such as corrosion and wear resistance, its tensile strength is not as high as other alloys, hence can not be considered for high-stress applications. Finally, its low cost, machined ease-of-use and versatility leave the material still being much in demand by different industries as well. The detailed information on its composition, character and standardized grades can be found in the downloadable PDF documents that the manufacturers provide as well as from the comprehensive tables of the industry resources.
Aluminium Alloy 1060 Chemical Composition And Grade Table
Aluminium Alloy 1060, famed for a high electrical conductivity and a good thermal conductivity, consists of 99.6 (Al) purity which is mainly aluminum. Simplistically its chemical composition is made up of no more than about two atoms per million, a majority of which being hydrogen and helium (He) Other elements present in this gas are, copper (Cu), iron (Fe) , manganese (Mn) , silicon (Si) , and zinc (Zn). But one thing which it cannot claim is that it does contain much alloying the elements like other aluminum alloys. This grade is specially tailored for various uses where those superior qualities as purity, formability, corrosion resistance, and weldability can easily be found in the electronics, automobile, and construction industry products.
| Elements | Aluminum, Al |
|---|---|
| Min (%) | 99.6 |
| Max (%) | 100 |
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