UNS C50500 Phosphor Bronze Chemical Composition, Grade, Charts and Document

The UNS C50500 is the kind of phosphor bronze recognized for its additional strength, corrosion resistance and also high level of electrical conductivity. The chemical composition of bronze consists of, on the average, 87.0% to 90.0% of copper (Cu), 8.0% to 10.0% of tin (Sn), and 0.35% of phosphorus (P). This feature gives it high mechanical properties desirable for different kind of applications like electrical connectors, springs, and permanent instruments and so on. Grade standards for UNS C50500 are made to guarantee reliable qualities and operations. Charts that contains mechanical characteristics of this material like tensile strength and hardness helps in choosing of this material and also makes design engineering. Technical documents provide comprehensive information on the alloy's physical properties, processing, and technology applications. This helps engineers and manufacturers use the alloy properly.

UNS C50500 Phosphor Bronze Chemical Composition And Grade Table

UNS C50500 is a the bronze alloy which is considered to having the highest level of strength and corrosion control as well as the greatest electrical conductivity. Copper is the main element here, phosphorus plays the role as the tipping element, and the alloy also contains tin, less and more phosphorus. Apart from being a base material for many different types of metal coatings, this alloy also has excellent mechanical properties, making it ideal for numerous industrial uses, for example, electrical connectors, springs, and fasteners. The UNS C50500 alloy, complying with strict industrial standards, guarantees the continuous quality and characteristics. The general purpose of this design is usefulness in many engineering and manufacturing projects due to its versatile nature and reliable quality.

UNS C50500 Phosphor Bronze Composition Table
Elements Sn Zn Fe Pb P Cu
Min (%) 1.0 - - - 0.03 -
Max (%) 1.7 0.3 0.1 0.05 0.35 Rem

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