Ferrotec (USA) Corporation - Azom.com

Ferrotec (USA) Corporation is a diversified technology company with a worldwide presence in a broad array of end products, manufacturing systems, ... Weusecookiestoenhanceyourexperience.Bycontinuingtobrowsethissiteyouagreetoouruseofcookies. Moreinfo. Accept CookieSettings Ferrotec(USA)Corporation CompanyOverviewNews Address 33ConstitutionDriveBedfordNH,03110UnitedStates Phone:+1(603)4726800 Fax:+1(603)4722511 VisitWebsite RequestInformation/Quote DownloadPDFCopy Ferrotec(USA)Corporationisadiversifiedtechnologycompanywithaworldwidepresenceinabroadarrayofendproducts,manufacturingsystems,andindustries.Thecompanyprovidesitscustomerswithadvancedmaterial,component,andassemblysolutionsthatmaketheirproductsworkbetter,moreprecisely,andmorereliably. FoundedonatechnologycoreofFerrofluidmagneticliquidandFerrofluidicsealingproducts,Thecompanyanditsproductportfoliohavegrowntomeettheevolvingneedsofcustomers.Ferrotecisnowaglobalenterprisecharacterizedbysubstantialintercompanycooperationinresearch,manufacturingandmarketingofproducts. Ferrotec(USA)CorporationisheadquartedinSantaClara,California.ItsoperationsarefocusedonNorthAmericanmarketswithfacilitiesinBedford,NHandLivermore,CA.   NewUltra-HighEfficiencyElectronBeamMetallizationSystemforCompoundSemiconductorApplicationsfromFerrotec Latestinterviews Featuredequipment Trendingstories ProvidingAdvancedSolutionsfortheSemiconductorIndustry Dr.OsmanBoydas Inthisinterview,wewillexploretheneedforadvancedsolutionstosemiconductormanufacturingchallengesaswellashowHardingeInc.addressesvarioussemiconductormanufacturingapplicationswithinnovativeproducts. MakingCompact,Functional,ElectronicBrailleDisplaysaReality Dr.RobertShepherd AZoMspeakswithDr.RobertShepherdfromCornellUniversity.Intheirresearch,Dr.Shepherdandhisteam madeacrucialcomponentforatechnologythatcouldmake inflatablebraillethatchangesshapeunderauser’stouchareality.Triggeredbycombustion,Dr.Shepherdandhisteamcreated ahapt AcceleratingtheDiscoveryof3DPrintingMaterials MichaelFoshey MichaelispartofateamofresearchersatMITthathas developedadata-drivensystemthatacceleratestheprocessofdiscoveringnew3Dprintingmaterials. KnifeMillGRINDOMIXGM200TheknifemillGRINDOMIXGM200hastwosharp,robustbladesandapowerful1000Wmotor,makingittheidealinstrumentforgrindingandhomogenizingfoodsandfeeds.FromRETSCHGmbHAtmosphericPressureIonizationMassSpectrometer(APIMS)TheExtrelVeraSpecAtmosphericPressureIonizationMassSpectrometer(APIMS)isdesignedforreliableandrepeatablelowparts-per-trilliondetectionlimitsforcontaminationcontrolinUltra-HighPurity(UHP)gasesusedinsemiconductorandotherhigh-techindustrialapplications.FromExtrelCMS,LLCANewStandardofRotaryEvaporatorwithEcodystHydrogenFormanyyears,rotaryevaporators(rotovaps)havebeenastandardinlaboratoriesandindustriesthatperformchemistry,suchaslaboratoriesinthepharmaceutical,chemical,lifescience,materials,environmental,andcannabissectors.FromEcodyst 1UsingBiomassandIonomerstoCreateBioplastic2ChineseRoadTransport:EconomicViabilityofGreenHydrogeninEVs3Sulfur-BasedAnodeforAqueousSodium-IonBattery4TheApplicationofNiO/GrapheneasanElectrocatalystinFuelCells5NewBreakthroughtoAdvancetheLong-ElusiveFieldofNanographeneMagnets6ConsideringtheUseofHydrogenastheKeyEnergyProvideroftheFuture SponsoredContent HowIGDHaveSetNewStandardsforVOCDetection FromInternationalGasDetectorsLtd 14Nov2021 SprayDrying:HowisitUsedinGlassPowderProduction? FromMo-SciCorp. 22Nov2021 TheEvolutionofFood&BeverageTrends FromFormulaction 2Aug2021 AnInsightintoHydrogenInducedCracking-ResistantSteelGrades FromMasteelUKLtd 18Nov2021 GrapheneSuperconductivityandCharge-DensityWavesinNiobiumDiselenideFilmsNewresearchin ChinesePhysicsLettersinvestigatesthephenomenaofsuperconductivityandchargedensitywavesinamonolayermaterialgrownonagraphenesubstrate.NewMethodtoDesignNanomaterialswithLessthan10-NanometerPrecisionThisarticlewillexploreanovelmethodthathasthepotentialtodesignnanomaterialswithlessthan10nmprecision.ElectrodeApplications:3DBundle-LikeMultiwalledCarbonNanotubeSupercapacitorsThisarticlereportsonworkwhereas-synthesizedBCNTsarepreparedbycatalyticthermalChemicalVaporDeposition(CVD)resultinginfastchargetransferbetweenelectrodeandelectrolyte.