Aluminium Alloy 1145 Chemical Composition & Properties, Grades, Table and Document

Aluminum Alloy 1145 which is highly developed and widely used by many industries possess a unique chemical composition along with excellent properties. It is primarily composed of aluminum (the content can be minimum 99.45%) with other elements like iron and silicon in reasonable quantities. It can successfully withstand corrosion with good formability and conformability characteristics, so it can be used as a decorative part in our exterior elements. The weaknesses of the carbon fiber, consequently, only allow it to be used for particular tasks, with caution taken over material processing by hand. Thanks to its lower atomic structure, it has a better electrical conductivity, hence it is often selected in applications like transformer windings and electric conductors. Its properties understood helps one to enhance its use to conduct wider range of sectors like electronics, packaging and construction. Complete documentation and classification make it easier to integrate the innovation into the production process; this in turn provides better performance and durability.

Aluminium Alloy 1145 Chemical Composition And Grade Table

Aluminum Alloy 1145 is a cold-working alloy which does not require heat treatment. Nevertheless, the alloy has great corrosion resistance as well as conducts heat very well. Generally, its chemical makeup is represented by Al, Si, Mn, Cu, Fe, Zn and some other minor and trace elements. For the majority of its customers, hitting the targeted aluminium threshold of 99.45%, Alloy 1145 is deployed to applications requiring high thermal and electrical conductivity, that are a part of transformers, capacitors and various electrical components. Its Grade Table features tolerances that are extremely precise as well as specifications that are crucial for varied industrial uses.

Aluminium Alloy 1145 Composition Table
Elements Aluminum, Al Copper, Cu Manganese, Mn Magnesium, Mg Zinc, Zn Titanium, Ti Silicon, Si + Iron, Fe
Min (%) 99.45 - - - - - Remainder
Max (%) - 0.05 0.05 0.05 0.05 0.03 -

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