Pure Copper P/M Parts
The physical properties of pure copper in massive form are given in Table 3. Outstanding are the electrical and thermal
Bronze P/M Parts
Most tin bronze parts are produced from premixes although some are made from pre-alloyed powder. Since prealloyed powders have higher
Brass and Nickel Silver P/M Parts
Commercial brass powders are available in the simple brasses ranging from 95Cu-5Zn to 60Cu-40Zn and leaded versions of these brasses,
Copper-Nickel P/M Materials
Copper-nickel P/M alloys containing 75Cu-25Ni and 90Cu-10Ni have been developed for coinage and corrosion resisting applications. The 75Cu-25Ni alloy pressed
Copper-Lead and Copper-Lead-Tin P/M Materials
Metals such as copper and lead which have very limited solubilities in each other are difficult to alloy by conventional
Dispersion-Strengthened P/M Materials
Copper P/M products can be strengthened by incorporating finely dispersed particles of oxides such as alumina, titania, beryllia, thoria or
P/M Friction Materials
A basic attribute of powder metallurgy is the ability to combine materials in powder form that are otherwise immiscible. This
Copper-Tungsten P/M Material
Copper, nickel and tungsten powders are used in the production of so called heavy metal, which contains from 80%
