UNS C64210 Silicon-Aluminium Bronze Chemical Properties, Grade, Chart and Document

UNS C64210, as an alloy comprising silicon and aluminium, is distinguished by its exceptional corrosion resistance, high strength and endurance. The main advantage of this alloy is its ability to withstand the corrosive effects of saltwater, which is its main application in marine environments such as hardware, propellers, and underwater fittings. The composition, mainly of copper, silicon, and aluminium, collaborates to form an alloy that features excellent mechanical properties that can last even in adverse situations. Our product C64210 is in agreement with ASTM B150 class, which helps to guarantee high-quality endurance. A chemical properties chart, detailing the molecule formula and mechanical specifications, has been made available for reference, thus making the choice of material for application easier. Moreover, appropriate documentation, for instance material specification and test report, is the way to guarantee conformity and performance for different industrial usages.

UNS C64210 Silicon-Aluminium Bronze Chemical Composition And Grade Table

Silicon-aluminium bronze is a kind of bronze alloy (UNS C64210) which is highly resilient to corrosion and is very strong. A chemical composition consisting mainly of copper (Cu), with silicon (Si) and aluminium (Al) serving as the alloying elements is standard for this type of material. These elements might get into the surface waters in addition to the Fe, Ni, and Pb. They are found in trace amounts but could be toxic at times. This alloy is usually seen in marine surfaces, aerospace activities and many industrial areas where corrosion resistance, wear resistance and fatigue resistance are of great importance. It complies with the industry standard and performance grade which make it reliable and functional.

UNS C64210 Silicon-Aluminium Bronze Composition Table
Elements Cu Pb Sn Zn Fe Ni Al Mn Si As
Min (%) - - - - - - 6.30 - 1.50 -
Max (%) Rem 0.05 0.20 0.50 0.30 0.25 7.00 0.10 2.00 0.15

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