1999 - PACE Award Winner Stackpole Limited What: Extending the Capabilities of Powdered Metal Parts Judge's Citation: Stackpole has created high load-bearing powdered metal parts, with a more complex ...

Members of the Metal Powder Industries Federation (MPIF), Princeton, N.J., once again prove inventive powder-metal (P/M) parts can outperform their machined, stamped, cast, and forged counterparts.

In the Metal Powder Industries Federation's annual Powder Metallurgy Design Excellence competition, an end cover for a dipole cryomagnet used in the Large Hadron Collider (LHC) took top honors in the ...

The most radical innovation in metallurgy since the Bronze Age is hidden inside the shiny 1942 models rolling out of U.S. automakers’ plants this week. For perhaps 5,500 years man has started off with ...

The constant challenge for automotive engineers to design vehicles with greater reliability at lower cost has brought powder metallurgy (P/M) to the foreground. This technology provides parts to or ...

ABERDEEN PROVING GROUND, Md. -- Soldiers needing replacement parts may turn to 3-D printers in the future to rapidly deliver reliable and ultra-strong metal parts. Army researchers are looking at new ...

Metal powders are used to produce a variety of industrial parts and products. A number of techniques are used to manufacture parts from metal powders, with two popular techniques being sintering and ...

Stackpole has created high load-bearing powdered metal parts, with a more complex geometry than can be economically machined from conventional forgings, at a cost savings of 30-40%. This innovation ...