UNS C65500 Silicon Bronze Chemical Composition & Properties, Grade, Tables and Document

UNS C65500 is a silicon bronze which has chromium, copper and manganese content making it, not only very corrosion resistant but also very strong. Primarily made of copper, silicon, and additional small components, it shows the enhanced properties of strength and durability and, thus, can be utilized in various applications. This composition normally contains around 96% copper, 3% silicon, and lesser amounts of iron, manganese, and zinc. It’s these features that make this alloy very durable and easy to be manufactured into certain shapes. It is used very often in marine conditions, in plumbers' work, as well as in electrical connectors, and archipelago buildings. Due to its properties tending towards high tensile strength, good thermal and electrical conductivity and an ability to withstand corrosion and wear, it is often used in the production of mechanical and electromechanical devices. Also, the detailed chemical composition and physical properties of UNS C65500 are provided in the standards like ASTM, SAE and others.

UNS C65500 Silicon Bronze Chemical Composition And Grade Table

Silicon Bronze UNS C65500 is a special silicon bronze type which has been designed to facilitate good corrosion resistance that makes that alloy useful in making pipes, composite trusses, underwater valves, connectors and airplane parts. The chemical composition of most bronzes revolves around the copper (Cu) element as the major element, as well as silicon (Si) and small amounts of zinc (Zn), iron (Fe), and lead (Pb). The bronze grade table represents a high copper content and with the silicon it brings to the table, it imparts strong resistance and wear to it. Its specially made composition guarantees high performance in varying environments no matter the engineering and construction projects which results in durability and long lifespan.

UNS C65500 Silicon Bronze Composition Table
Elements Si Zn Fe Ni Mn Pb Cu
Min (%) 2.8 - - - 0.50 - -
Max (%) 3.8 1.5 0.8 0.6 1.3 0.05 Rem

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