UNS C86100 Manganese Bronze Chemical Properties, Grades, Table and PDF Online

UNS C86100, also referred to as manganese bronze, is a copper alloy with a history of outstanding mechanical properties and corrosion resistance that has earned a reputation among the market. Copper, manganese, and zinc are some of the chemicals that it is. Manganese bronze, which is characterized by better hardness, lower frictional resistance to wear and machining properties, can be used as material in marine industry for the likes of, marine components, bushings, bearings, and valves. The Unified Numbering System of C86100 grade covers grades such as C86100, C86200, and C86300, which have different compositions and in some cases show minor changes to suit particular needs. Such table, which is usually available in online engineering databases or material specification resources, about manganese bronze’s chemical properties the detailed grade information is provided. This PDF document may also be available as a resource for detailed information on its mechanical, physical, as well as corrosion properties, if needed.

UNS C86100 Manganese Bronze Chemical Composition And Grade Table

UNS C86100, called as Manganese Bronze, is a copper alloy widely known for its superior strength and excellent corrosion resistance. Its chemical composition is generally about 60-65% copper and 22-25% zinc, with 2-5% manganese, as well as some smaller amounts of other elements, like iron, aluminum, and lead. It is a type of alloy whose ability to withstand great tension and yield has been highlighted making it suitable for these and many other industrial applications like marine hardware, bushings, valve stems, and pump components. Having high mechanical properties and withstanding both wear and corrosion, Manganese Bronze complies with the strict industry standards ensuring dependable functionality under harsh conditions.

UNS C86100 Manganese Bronze Composition Table
Elements Cu Zn Al Mn Fe Ni Sn Pb
Min (%) 66.0 - 4.5 2.5 2.0 - - -
Max (%) 68.0 21.0 5.5 5.0 4.0 1.0 0.2 0.2

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