UNS C35600 Copper Alloy Chemical Composition & Properties, Grades, Chart and Document

Copper alloy UNS C35600 is the best material by strength metrics and has an excellent corrosion resistance. Copper (Cu) being the primary one, there are other elements such as lead (Pb), zinc (Zn), and iron (Fe) which are also participated in building its mechanical properties. The combination of these two elements in the environment of marine engineering, plumbing, and electric appliances usually results in excellent machinability and heat transfer properties. Its dominant attribute in terms of resilience to stress and wearing out that ranks it potentially the best in these stressful and severely blocked environments, justifies its use. It conforms to the industry standards in terms of performance and quality hence ensuring continual quality and performance. The complete chart enumerating its chemical properties and composition simplifies the challenge of material selection and application, which is based upon the informed decision-making. Documentation accessible is a resourceful guide for learners on main features and processing instructions of the material that maximizes its usefulness.

UNS C35600 Copper Alloy Chemical Composition And Grade Table

Unlike C35600, an alloy of brass containing 4% lead, has a reputation of good working machinability and corrosion resistance. Its chemical constitution is usually a mixture of copper (Cu) with significant additions of zinc (Zn) and lead (Pb). A C35600 alloy, which has a nominal make-up of roughly 65% Cu, 33% Zn, and 2% Pb, is a good pick for precision cut products in various industries like plumbing fittings, valves and electrical components as it offers better machinability. In addition to the thermal properties, its mechanical properties are also increased by the heat treatment processes. C35600 is in the B455 standard of ASTM for its material properties and wear resistance.

UNS C35600 Copper Alloy Composition Table
Elements Cu Pb Zn Fe
Min (%) 60.0 2 - -
Max (%) 63.0 3 Balance 0.15

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