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About Copper, Brass and Bronze Alloys
Copper, brass and bronze alloys are non-ferrous metals with excellent electrical and thermal conductivity as well as good corrosion resistance, ductility and strength. Pure copper (Cu) is an unalloyed metallic element. Low alloy copper contains very small amounts of alloying elements such as aluminum and titanium. Brass, bronze, leaded brass, nickel silver, copper nickel, aluminum bronze, tin bronze and silicon bronze are examples of copper alloys. Many copper, brass and bronze alloys are hardened or strengthened with cold working processes, solution treating, precipitation hardening, or spinodal decomposition. These materials are easy to fabricate and available in a variety of finished, semi-finished, and hollow stock shapes. Examples include anodes, billets, blooms, coils, flats, foils, ingots, nuggets, plates, powders, sheets, shims, slabs, strips, and wires. Square, rectangular, hexagonal, spherical and tubular products are also available. Important specifications for copper, brass and bronze alloys include outside width or outer diameter (OD), overlength, overall thickness, and inner diameter (ID).
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Engineering Web: Copper Brass and Bronze Alloys - Machine Design
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Copper | Machine Design The wrought alloys are comprised of copper-zinc alloys, copper-zinc-lead alloys (leaded brasses), and copper-zinc-tin alloys (tin brasses). The cast |
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Copper-jacketed germ buster | Machine Design Test results show that copper, and to a lesser extent brass, completely react with the MRSA. The alloys are believed to inhibit respiration and in |
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Zinc | Machine Design paints). Zinc is also used to make brass, bronze, and die-casting alloys in plate, strip, and coil; foundry alloys; superplastic zinc; and activators |
