Copper Alloys
The primary purpose of leaded bronze alloys is to enhance machinability. These alloys are recognized for their resistance to corrosion and abrasion, contributing to their extended service life. They find widespread use in various applications, including connectors for wire and cable, electrical plug-type connectors, door knobs, screws and nuts, bushings designed for corrosion resistance, rolling mill bearings, and numerous other industrial components where ease of machining, durability, and resistance to environmental wear are essential qualities.
Equivalent Specification
Alloy Name | ISO Symbols | Equivalent Alloy | ||||
---|---|---|---|---|---|---|
UNS | EN | BS | JIS | IS | ||
Zirconium Copper | CuZr | C15000 | CW120C | Z3234(99)-CuZr | IS 8365 CuZr | |
DHP COPPER | Cu-DHP | C12200 | CW024A | C106 | H3300(92)-C1221 T | IS:191 Cu-DHP |
DLP COPPER | Cu-DLP | C12000 | CW023A | C1201 | IS 1545 Cu-DLP | |
Electrolytic Tough Pitch (ETP) | R1337-CuETP | C11000 | CW004A | C101 | H3250(92)-C1100 BE | “IS191 – CuETP IS 6912 – ETP” |
Tellurium Copper | 1637-CuTe | C14500 | CW118C | C109 | IS 8328 | |
Phosphorus Deoxidized | Cu-DLP | C12000 | CW009A | C106 | H3300(92)-C1201 T |