UNS C95600 Silicon-Aluminium Bronze Chemical Composition Properties, Grades, Charts and PDF Online

UNS C95600 (commonly known as Silicon-Aluminium Bronze) is a highly resistant alloy to corrosion in seawater and other saline environments characterized by extreme harshness. Its chemical structure is similar most commonly consisting of copper, aluminum, silicon, iron, nickel, manganese and zinc. This combination has outstanding mechanical properties, making it applicable as propellers, valve parts, and pump components in the marine sector. The composition of C95600 alloys varies a little, but the majority have the same resistant to corrosion and strength characteristics. Detailed compilation of charts and PDFs with MMC characteristics, including tensile strength, yield strength, elongation, and hardness, can be found online, which is a great help for the choice of materials and design engineering, as MMCs are widely used in industries for applications where high strength, wear, and corrosion resistance materials are required.

UNS C95600 Silicon-Aluminium Bronze Chemical Composition And Grade Table

UNS C95600 is a bronze alloy of very high strength that also gives excellent corrosion resistance which can hence be used in marines and industrial fields. Consisting out of copper, with main additions of silicon and aluminum, this alloy has a perfect set of mechanical features, and besides, high resistance against wear and abrasion. A typical chemical composition of this alloy may range from 85-89% of copper, 4-6% of silicon, 4-6% aluminum, and other minerals like iron, nickel, and manganese present in smaller proportions. The robustness, hardness, resistance to corrosion, the property set of UNS C95600 makes it to be widely used in marine hardware, pumps, valves which are demanding.

UNS C95600 Silicon-Aluminium Bronze Composition Table
Elements Al Cu Ni Si
Min (%) 6.0 - - 1.8
Max (%) 8.0 88.0 0.25 3.30

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