An innovative project, aimed at using a high-temperature fuel cell for the on-site generation of power, heat and reducing gas for use in annealing of copper powder, was described at
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A nuclear waste disposal system, which has the use of Hot Isostatic Pressing (HIP) technology at its heart, was presented at MPIF’s PowderMet 2012 Conference, held in Nashville, Tennessee, June
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A presentation in the Special Interest Program on Lubrication Science at MPIF’s PowderMet 2012 Conference, June 10-13, Nashville, Tennessee from Francis Hanejko (Hoeganaes Corporation, USA), on behalf of his colleagues,
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During a Special Interest Program on Delubrication Science at MPIF’s PowderMet 2012 Conference, held in Nashville, Tennessee on June 10-13, 2012, an interesting and novel concept in Powder Metallurgy lubricant
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The potential benefits of adopting super abrasive machining as a “secondary process” in PM structural part manufacture were highlighted in a presentation at MPIF’s PowderMet 2012 Conference held in Nashville,
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It is possible to generate power in an environmentally compatible and sustainable way using nuclear fusion. This, states Plansee SE, based in Reutte, Austria, is what the international research project
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The results of two separate Powder Metallurgy aluminium alloy developments, pursued through collaborations between GKN Sinter Metals and Dalhousie University and aimed at two diverse types of PM press/sinter application,
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The results of two separate Powder Metallurgy aluminium alloy developments, pursued through collaborations between GKN Sinter Metals and Dalhousie University and aimed at two diverse types of PM press/sinter application,
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Winning parts in the Metal Powder Industry Federation’s (MPIF) 2012 Powder Metallurgy Design Excellence Awards competition were announced at the PowderMet 2012 International Conference on Powder Metallurgy and Particulate Materials,
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The processing of powder metallurgy (PM) near-net shapes, such as high alloy steels and superalloys, by hot isostatic pressing (HIP) has been increasing with the greater availability of suitable alloy
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