UNS C65100 Silicon Bronze Chemical Composition, Grades, Tables and PDF Online

UNS C65100 is a silicon bronze alloy well known for its remarkable property of resistance to corrosion, for its high strength and low risk of mechanical failure. Consisting principally of copper, silicon and small proportion of other elements such as zinc, tin and lead has enabled to gain the metal the best mechanical features. Normally applied for maritime conditions, architectural purposes, and electrical insulants, we offer this nickel alloy in numerous grades with customized properties for given applications. Tables regarding chemical composition enlightens us about exact compositions of each components, so it's a good information to use for material selection and quality control. Documents and specifications about materials can be downloaded from the internet, and PDF resources include readily available information such as grades, performance characteristics, and reliability that will be useful for engineers, manufacturers, and enthusiasts who need various materials for multiple projects.

UNS C65100 Silicon Bronze Chemical Composition And Grade Table

UNS C65100 is a type of silicon bronze that is very well known for its perfect corrosion resistant properties hence is it suitable for applications in both marine and architectural settings. Its chemical constitution is generally the major element, that is, copper, together with silicon, iron, manganese, and that elemental mixture of other trace elements. This alloy is characterized by a high strength level, and machinability performance, making it rather easy for it to be formed into intricate parts. The chemical structure of C65100 is in accordance with both ASTM B98 and SAE J461 standards. It is widely applied in items such as fasteners, gears, and valve components in which resistance to corrosion and durability possess utmost relevance.

UNS C65100 Silicon Bronze Composition Table
Elements Zn Si Fe Mn Pb Cu
Min (%) - 0.8 - - - -
Max (%) 1.5 2.0 0.8 0.7 0.5 Rem

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