UNS C33000 Copper Alloy Chemical Composition & Properties, Grades, Charts and PDF Online

UNS C33000 is the only copper-zinc material out there that is the most pliable of all and also demonstrates both the high conductivity of electricity as well as heat transfer. Its almost constant chemical composition consists of 65% of copper (Cu), 33% of zinc (Zn) and some other additions of lead (Pb) and iron (Fe). In electric appliances industry, copper is used frequently where it may be seen in contacts, switches, and connectors formed from this metal. However, it is worth noting that this alloy is not only used in plumbing systems, but also it is very useful in all kinds of hardware applications and can be used as an attractive decorating piece. The assured products of 33000 material are corrosion resistant and formable that makes them suitable for various manufacturing processes. It manifests in the mechanical strength because of its high tensile strength and moderate elasticity. The downloadable data such as grades, characteristics, drawings and PDF can be found in the materials databases as well as in the websites of the manufacturer.

UNS C33000 Copper Alloy Chemical Composition And Grade Table

The UNSC C33000 is copper-base alloy and this allowing excellent machining as well as protection from corrosion. It is copper (Cu) which is the major element by mass other than small percentage of lead (Pb) and sulfur (S). This alloy, which is referred under the unified numbering system (UNS) as C33000, is the one at hand. It is seen that it gives off higher thermal and electrical conductivity than other materials and this makes it to be employed in electrical parts, piping fitting and designer hardware. Good conductivity is another feature, as well as good solderability and brazability. Uns C33000 is a popular high-strength copper alloy which is frequently used as a major material by those who want to create robust and reliable items.

UNS C33000 Copper Alloy Composition Table
Elements Cu Pb Zn Fe
Min (%) 65.0 0.8 - -
Max (%) 65.0 1.5 Rem 0.15

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