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一种电缆用丁腈橡胶改性材料及其制备方法 Title:AStudyonaNitrileRubberModifiedMaterialforCableApplicationsanditsPreparationMethod Abstract: Thispaperfocusesonthedevelopmentofanitrilerubbermodifiedmaterialforcableapplicationsanditscorrespondingpreparationmethod.Thenitrilerubbermodifiedcablematerialoffersenhancedmechanicalandelectricalproperties,makingitsuitableforawiderangeofcableapplications.Thepreparationmethoddescribedinthispaperinvolvesthecombinationofnitrilerubberwithvariousadditives,resultinginimprovedperformancecharacteristicsandoverallcableefficiency.Theaimofthisresearchistocontributetotheadvancementofcabletechnologyandprovideinsightsintothedevelopmentofnewandimprovedcablematerials. 1.Introduction 1.1Background 1.2Objectives 1.3ImportanceoftheStudy 2.NitrileRubberinCableManufacturing 2.1OverviewofNitrileRubber 2.2ApplicationsofNitrileRubberinCableIndustry 2.3AdvantagesandDisadvantagesofUsingNitrileRubber 3.ModificationofNitrileRubber 3.1TypesofModifications 3.2AdditivesUsedforModification 3.3BenefitsofModification 4.DevelopmentofNitrileRubberModifiedMaterialforCableApplications 4.1MaterialSelection 4.2FormulationandComposition 4.3ProcessParameters 4.4OptimizationofPerformance 5.PerformanceEvaluation 5.1MechanicalProperties 5.2ElectricalProperties 5.3ThermalProperties 5.4EnvironmentalResistance 6.ComparisonwithConventionalCableMaterials 6.1MechanicalStrength 6.2ElectricalConductivity 6.3FireResistance 6.4CostAnalysis 7.PreparationMethodforNitrileRubberModifiedMaterial 7.1RawMaterialsandEquipment 7.2MixingandCompounding 7.3VulcanizationProcess 7.4TestingandQualityControl 8.FutureResearchOpportunities 8.1FurtherEnhancementofPerformance 8.2InvestigationofCompatibilitywithDifferentCableTypes 8.3ExplorationofCost-EffectiveManufacturingTechniques 9.Conclusion 9.1SummaryofFindings 9.2SignificanceoftheWork 9.3ImplicationsforCableEngineering References Inthispaper,wediscussthedevelopmentofanitrilerubbermodifiedmaterialforcableapplications,includingthemodificationprocessandformulationconside