- 〖表面热处理〗 - 热处理工艺 - 热处理论坛 热处理技术

???1keweijiani[]1XX–raycrystalanalyicsmethodAusteniteAusteniteCarbonSteelAustemperingSemi-killedsteelPeritecticReactionPeritecticAlloyPeritecticTemperature0.32.9mmMechanicalPropertiesofThinStainlessSteelThicknessfrom0.3mmto2.9mm–strip/sheet0.41.60.13ErichsentestThickness0.4mmto1.6mmfigureroundupto0.1mmBainiteSteelStripSpecificresistivity&specificresistanceComparisonofDiamagnetismParamagnetic&FerromagnetismSpecificHeatSpecificgravity&specificdensityEdgeFinishFlatWireHalfRoundWireShapedWirePrecisionShapedFineWireFlatWireToleranceTransformationPointSurfaceprotectionfilmSurfacefinishSurfaceTreatmentNon–destructiveinspectionsStainlessSteel–StainlessSteel–TypeIndustrialStandardChemicalCompositionCharacteristic&endusageofthemostcommonlyusedStainlessSteelEndUsageofThinnerGaugeCommonlyusedmaterialsforStainlessFlatWire&HalfRoundWireClassificationofFoilStripSheet&PlatebyThicknessStainlessHeat-ResistingSteelsMagneticProperty&StainlessSteelDefinitionofStainlessSteel:1?16|StainlessSteelasBaseMetalExamplesofEndUsagesofStripSheet&PlateDesignationofSUSSteelSpecialUseStainless301304631CSPMechanicalPropertiesofSpringuseStainlessSteelGeneralSpecificationofTensionAnnealedStainlessSteelStripsClassificationCorrosionResistant&HeatResistanceofStainlessSteelDrawingabillityInterstitalsolidsolutionCommonlyUsedSize-StainlessSpringWire–NationalStandardnumberCharateristicSurfacefinish&ChemicalcompositionBasemetalapplicationJIS&ASTMstandardNormalthicknessofgalvanizedsteelsheetLengthToleranceSpecialHeatResistanceSteelUltrasonicinspectionImpactTestDrawing&stampingPro-entectoidferriteFinish&SurfaceFerriteMagneticFieldMagneticdomainMagneticparticleinspectionMagneticSusceptibilityXmmagneticmomentMagneticMagneticForceDipoleMagnetisumMagneticTransformationMagneticTransformationMagneticInductionCoarsepearliteQuenchingHardened&TemperedStrip/Precision–QuenchedSteelStripQuenchingMediaSinglePhaseMetal/Single-ReducedTinplateStainlessSpringSteelWirediameterTensilestrengthofSpringWireCarbonSteelStripForSpringUseEdgeFinishedelasticlimitYeung''smoduleofelasticitytoyieldpointPullBackPowerSpringHeatconductivityIron&LowCarbonasBaseMetalLowCarbonMartensiteStainlessSteelColdbrittlenessLowTemperatureAnnealingSecondaryCreepTertiaryCreepPrimaryCreepSpotweldingPlateMetalStripAdvantageofUsingPlateMetalStripElectro-galvanizedSteelSheetWeldingofElectro-galvanizedsteelsheetElectro-galvanizedSteelSheet/ElectrolyticZincCoatedSteelSheet/GalvanicActionimprovingWeather&CorrosionResistanceoftheBaseSteelSheetThicknessToleranceofElectrolyticCold-rolledsheetElectricfurnace[]CoatedLowCarbonSteelSheetsforCasingElectricals&HomeAppliances[]ClassificationofSiliconSteelSheetforElectricalUsePerformanceofSurfaceInsulationofElectricalSteelSheetsAnnealingoftheElectricalSteelSheet[]ElectricalSteelSheetResistanceWeldingConstantTorqueSpringShapeSpringBackofConstantTorqueSpringSpringForceofConstantTorqueSpringWing-upSpringTheFormulaSymbolofConstantTorqueSpringMarkings&DesignationsofDifferentialCoatingsChromePlatedBrassPlated–ASTMA-463-7735.7JISG3314MechanicalPropertiesofJISG3314Hot-DipAluminum-coatedSheetsCoils–JISG3314Hot-aluminum-coatedsheetscoilstoJISG3314Comparsionofvariousresistanceofaluminizedsteel&otherkindsofsteelAluminumSteelSheetProductionFlowChartAluminizedSiliconAlloySteelSheetFeatureofAluminizedSiliconAlloySteelSheetNickelPlated/ProductionProcessofElectrolyticTinplate/JISG3303ConstructionofElectrolyticTinplateFoggingReductionofareaPowerSpringStripClassificationMaterialsPowerSpringStripAntiferromagnetismSquareWireToleranceRustProtectionRadiographicinspectionLaminationFactorsofElectricalMagnetic&MechanicalNon-GrainOrientedElectricalRimmedsteelClassificationNegativeeffectSteelPlateOrderingofSteelPlateProductionFlowChartTypeofsteelPlate&RelatedJISASTMOtherMajorIndustrialStandardsTheCastingFoggingExtrusionRolling&SteelBrittlenessofSteelTypeofSteelNameofsteelManufacturingofSteelThemajorelementofsteelSteelProductionFlowChart“”ClassificationofSteelaccordingtoCarboncontents–HighmanganesesteeltoJISstandardHighCarbonToolSteelChemicalCompositionUsageHighCarbonSteelStripEndUsageofHighCarbonSteelStripHighCarbonSteelWireRodtoJISG3506HighTemperatureTemperingLatticeconstant–JISG4104ChromesteeltoJISG4104–ASTMA313–1987Chromium–NickelStainlessHeat-resistingSteelSpringWire–ASTMA313–1987ChromeHeatResistanceSteel–G410562ChromeMolybdenumsteeltoJISG4105TensileStrengthofvariouskindsofStainlessSteelWireunderDifferentFinish–IndustrialStandard–Ferrous&Non–ferrousMetalSizeToleranceEutecticEutectoidTransformationSolidsolutionBrightAnnealingOrdinaryLowCarbonSteelWireAnnealedLowCarbonSteelWireGalvanizedlowCarbonSteelWire&LowCarbonSteelWirefornailmanufacturing-classificationSymbolofGradeToleranceRemarks.TheAdvantageofUsingSiliconlowCarbonSteelSeamweldingHyper-ectecticAlloyHype-eutectoidSulphuricFreeCuttingSteelLeadedFreeCuttingSteelFerriteStainlessSteelWeldingSolderingBrazingAlloyWeldabilityTipsonweldingofAluminizedsheetincomparasionwithcoldrolledsteelstripThermalEquilibriumToleranceonThickness&WidthSlipPlanChe