UNS C67500 Manganese Bronze Chemical Composition, Grades, Tables and Pdf

UNS C67500 – Manganese bronze with corrosion resistance and high strength versatility is UNS C67500. It contains those elements as its basic composition, such as copper, manganese, aluminum, and iron. The grades of C67500 with different blend of elements being subjected to specific applications are produced by varying the amount of elements. The most common grade of C67500 that is available includes C67500A, C67500B, and C67500C that each have their unique properties and usage. The contents table is also provided in order to decide easily the composition of each grade and for engineering purposes. Although the decision on the specific type of material to be used in various applications often falls on the shoulders of engineers and manufacturers, they still often refer to the given tables and specifications provided by standards organizations to make sure that proper material is installed and that it serves its purpose. In industrial settings, technical literature usually has PDF documents as the medium that holds comprehensive information on UNS C67500 types, chemical compositions, and properties for reference and to be used.

UNS C67500 Manganese Bronze Chemical Composition And Grade Table

Manganese Bronze, or UNS C67500, is a copper alloy which is a combination of strength, corrosion resistance, and machinability and ranks amongst the widely sought materials. Copper alloy chemical composition is usually around 33% to 40% copper, 0.75% to 1.5% iron, and 0.75% to 1.5% manganese with traces of other elements such as aluminium and zinc. Through this alloy, high wear resistance is achieved which lends itself to use for gears, valve components, and marine hardware. It is well known for its outstanding mechanical properties as well as being able to resist corrosion in different environments, which has led it to become a popular choice in engineering and production industries.

UNS C67500 Manganese Bronze Composition Table
Elements Cu Fe Sn Al Pb Mn Zn
Min (%) 57 0.8 0.5 - - 0.05 -
Max (%) 60 2 1.5 0.25 0.2 0.5 Rem

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