Need large quantities of intricate parts? Why not choose powder metallurgy from UNISON TEK? Email ichen@unisontek.com.tw for cost reduction! 💰 📉 #PowderMetallurgy #PowderForming #EnvironmentalBenefits #PartProduction #MétallurgieDesPoudres #FormageDesPoudres #AvantagesEnvironnementaux #ProductionDePièces #Pulvermetallurgie #Pulverformgebung #Umweltvorteile #Teilproduktion
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Need large quantities of intricate parts? Why not choose powder metallurgy from UNISON TEK? Email ichen@unisontek.com.tw for cost reduction! 💰 📉 #PowderMetallurgy #PowderForming #EnvironmentalBenefits #PartProduction #MétallurgieDesPoudres #FormageDesPoudres #AvantagesEnvironnementaux #ProductionDePièces #Pulvermetallurgie #Pulverformgebung #Umweltvorteile #Teilproduktion
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Know about the process of Vacuum distillation It can decrease the boiling points of metals in an alloy under vacuum. By this method, we can distil and purify each low - boiling - point (≤2000°C) metal from the alloy, leaving high - boiling - point metals purified. Moreover, controlling the condensation speed enables the production of liquid metal or nanoscale powder. This process is crucial in the metallurgy industry🧐. #VacuumDistillation #MetalPurification #AlloyProcessing #LowBoilingPointMetals #HighBoilingPointMetals #LiquidMetalProduction #NanoscalePowder
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Know about the process of Vacuum distillation It can decrease the boiling points of metals in an alloy under vacuum. By this method, we can distil and purify each low - boiling - point (≤2000°C) metal from the alloy, leaving high - boiling - point metals purified. Moreover, controlling the condensation speed enables the production of liquid metal or nanoscale powder. This process is crucial in the metallurgy industry🧐. #VacuumDistillation #MetalPurification #AlloyProcessing #LowBoilingPointMetals #HighBoilingPointMetals #LiquidMetalProduction #NanoscalePowder
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An Easter chicklet in a structure of a powder metallurgy sample🐤🐤 Let's talk about the etching of powder metallurgy parts. When analyzing powder metallurgy samples, it is essential to know the theoretical density to compare it to the porosity. We recommend examining the unetched specimen first to check the density, shape and size of the pores, oxidation and inclusions, sintering necks and free graphite. The specimen should then be etched immediately to avoid drying stains. The recommended etching procedure for powder metallurgy specimens: ✔️Wet the surface with isopropanol, immerse the sample face up into the etchant and slightly agitate. ✔️When the appropriate etching time has elapsed, take the specimen out of the etchant and rinse it with isopropanol or water, depending on the etchant. ✔️Dry with a stream of warm air. These are just a few tips in our application note on the metallographic preparation of powder metallurgy parts. Write your email in the comment field if you are curious about the preparation of powder parts
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#FridayPhoto - Diagnosing the correct cause of roll surface degradation is critical for the #RollWelding strategies we offer our customers. It is often not just one factor but a combination of multiple factors that lead us to offer a certain metallurgy. Poor metallurgy results in poor roll surface performance. #Weldclad #RollCladding #RollStrategy
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Happy to share our book chapter entitled "Role of Powder Metallurgy Industries in Various Sectors" published in ASM International. https://lnkd.in/gbFyMP5u
Role of Powder Metallurgy Industries in Various Sectors―Part 1
dl.asminternational.org
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Powder metallurgy can use the material utilization rate to the best, reduce cost and increase efficiency
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#ironpowder##powdermetallurgy# LAP100.29Atomized iron powder. LAP100.29 is widely used for the production of sintered metal parts with density above 6.8 g/m³and PM forged parts. Water atomized iron powder has irregularly shaped and high apparent density 2.90-3.10g/cm³,the particles is about 150um, the green density can reach 7.2 g/cm. The high compressibility of atomized iron powder makes it a perfect choice for manufacturing pure iron or iron alloy parts with high tensile strength as well as high compressive strength. The Water atomized iron powder is mainly used in powder metallurgy for production of high strength machine parts. Water atomized iron powder may be mixed with graphite, nickel powder, copper powder and other metal powders to provide specific properties to the final product. It is also mixed with some lubricant such as zinc stearate before compaction
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