UNS C33500 Copper Alloy Chemical Composition, Grades, Tables and Online Pdf

Composition of UNS C33500 brass alloy that its called a leaded brass because of machinability and corrosion resistance at the same time. Iron-nickel alloys generally lie in the 60-63% area in terms of the average percentage of copper, with zinc less than 37% and lead hardly more than 2% if at all. This mixture produces good combination of solidity and elasticity that makes it suitable for the various uses, such as devices for connection, valves and the water system components. It's almost always the resulting of temperature and manufacturing methods, so the thermal conductivity, specific heat and density of material is what it is based on. In most cases, we use descriptive terms like H01 (quarter hard) and H02 (half hard) to make the distinction. The online table contains mechanical characters of the alloy in PDF files showing a detailed outlook for them. This helps the engineers and miners efficiently apply the alloy to their projects.

UNS C33500 Copper Alloy Chemical Composition And Grade Table

UNS C33500 is a leaded brass copper alloy which possesses ease of machining and with assurance of relying corrosion resistance. It chemical makeup include copper (Cu) that stands out as the main element and that zinc (Zn) and lead (Pb) presence is noticeable. There are chances of some other elements like iron (Fe), tin (Sn), and phosphorus (P) to be matched with the metallic compounds. The other trace amount ofd it can be found as well. This alloy is a major compound of the plumbing pipes (fittings), valve stems and other parts of the a product of complicated machining. The grade table with detailed mechanical properties and specifications is used for the concrete application in various industries. The application should have required reliability and quality for each industry application.

UNS C33500 Copper Alloy Composition Table
Elements Cu Pb Zn Fe
Min (%) 62.0 0.25 - -
Max (%) 65.0 0.7 Rem 0.15

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