UNS C63200 Nickel-Aluminium Bronze Chemical Composition Properties, Grades, Charts and PDF Online

By engineering the UNS C63200 Nickel-Aluminum Bronze the highest strength alloy has gained it an esteem among corrosion resistant materials especially in the seawater environments. Alloyed from copper, nickel, and aluminum primarily, it boasts a high mechanical feature and significantly longer service life. Its chemical concentration is generally 78-83% Cu, 4-5% Ni, 4-5% Al as well as Fe and Mn alloyed in small amount. The alloy is divided into two different grades based on ASTM B150 and B124 classifications which may have alternatively compositions and characteristics. Charts showing its mechanical, thermal, and electrical properties being stuffed into the Internet is a recurrent thing. In addition to this, PDF documents that contain as many details as possible about the grades, chemical properties and applications can also be located on the website and serve as valuable resources for those interested in process engineering, metallurgy and manufacturing.

UNS C63200 Nickel-Aluminium Bronze Chemical Composition And Grade Table

UNS C63200 Aluminum bronze is a high-strength alloy that is well known for top-notch corrosion resistance, as well as for its great mechanical features. Compounded mainly of copper, it also has traces of nickel, aluminum, and manganese. The alloy which is typically composed of 78-82% copper, 6-8% aluminum, 3-5% iron, 3-15% nickel, and traces of manganese, is shown to have higher wear resistance and thermal conductivity. This alloy finds its uses in marine applications as well as in space components and in heavy machinery. It has the unique manner it blends strength with corrosion resistance what makes it suitable for the many demanding engineering applications, guaranteeing reliability and durability.

UNS C63200 Nickel-Aluminium Bronze Composition Table
Elements Al Ni Fe Mn Si Pb Cu
Min (%) 8.7 4.0 3.5 1.2 - - -
Max (%) 9.5 4.8 4.3 2.0 0.1 0.2 Balance

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