Conductive Polymers - Ease of Processing Spearheads Commercial Success (Edition 2) (Technical Insights)

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Table of Contents

Conductive Polymers - Ease of Processing Spearheads Commercial Success (Edition 2) (Technical Insights), Executive SummaryExecutive SummaryExecutive SummaryObjectives of the ReportObjectives of the ReportOverview of Conductive PolymersOverview of Conductive PolymersScope and MethodologyScope and MethodologySummary of Major FindingsSummary of Major FindingsConductive Polymers - Ease of Processing Spearheads Commercial Success (Edition 2) (Technical Insights), IntroductionThe Nobel Prize in Chemistry—Year 2000The Nobel Prize in Chemistry—Year 2000Plastic That Conducts ElectricityPlastic That Conducts ElectricityThe Behavior of MaterialsThe Behavior of MaterialsConductive PolymersConductive PolymersPolyacetyleneHow Polymer Conductivity Was RevealedHow Polymer Conductivity Was RevealedDoping—for Better Molecular PerformanceDoping—for Better Molecular PerformancePolarons—Doped Carbon ChainsBrilliant ApplicationsOther Applications of Conductive PolymersWith Plastic into the FutureThe LaureatesThe LaureatesElectronic PolymersElectronic PolymersPolyaniline’s ConductivityPolypyrrolePolyanilinePolythiophenePolyparaphenylenePolyparaphenylene vinylene (PPV)Pyrolytic PolymersCharge-Transfer Polymer SystemsProcessing Conductive PolymersProcessing Conductive PolymersEffects of Doping ProceduresThe Role of Crystallinity on Electrical PropertiesImproving ConductivityAdvantages Over Traditional ConductorsAdvantages Over Traditional ConductorsEnvironmentally AdvantageousEnvironmentally AdvantageousPolymer Display TechnologiesPolymer Display TechnologiesConductive Adhesives May Replace SolderConductive Adhesives May Replace SolderProtective Coatings and FilmsProtective Coatings and FilmsConductive Polymer-Based BatteriesConductive Polymer-Based BatteriesEase of ProcessingEase of ProcessingCommercializationCommercializationFuture ProductsFuture ProductsIssues and ChallengesIssues and ChallengesConductive Polymers - Ease of Processing Spearheads Commercial Success (Edition 2) (Technical Insights), Markets for Conductive Polymer ApplicationsInherently Conductive PolymersInherently Conductive PolymersConductive Polymer Demand GrowingConductive Polymer Demand GrowingPolymer-Based Displays Have Largest Market PotentialPolymer-Based Displays Have Largest Market PotentialMarket Forecast: Intrinsically Conductive PolymersMarket Forecast: Intrinsically Conductive PolymersDevelopments to WatchConductive Polymers Given Status as a “Smart Material”Conductive Polymers Given Status as a “Smart Material”MembranesSmart WindowsWorldwide Semiconductor Equipment Shipments Increase 112% in First Half of 2000Worldwide Semiconductor Equipment Shipments Increase 112% in First Half of 2000New Technologies Encourage Power Supply Manufacturers New Technologies Encourage Power Supply ManufacturersKemet Enters Aluminum Cap MarketKemet Enters Aluminum Cap MarketKorean Institute Marketing Next-Generation Lithium-Ion Polymer BatteryKorean Institute Marketing Next-Generation Lithium-Ion Polymer BatteryThe Portable Rechargeable Battery MarketThe Portable Rechargeable Battery MarketGlobal Lithium-Ion Polymer Battery Market to Exceed $1 Billion in 10 YearsGlobal Lithium-Ion Polymer Battery Market to Exceed $1 Billion in 10 YearsCompetition from Polymer Substitution Drives Global Engineering Plastics MarketCompetition from Polymer Substitution Drives Global Engineering Plastics MarketCompetition Grows as World Adhesive Market ExpandsCompetition Grows as World Adhesive Market ExpandsConductive Polymers - Ease of Processing Spearheads Commercial Success (Edition 2) (Technical Insights), Conducting Polymer Display TechnologiesPolymer Diodes Promise Flexible Display TechnologyPolymer Diodes Promise Flexible Display TechnologyConductive Polymer-Based LEDs Are Brighter; More EfficientConductive Polymer-Based LEDs Are Brighter; More EfficientCambridge Display Technology Ltd.Cambridge Display Technology Ltd.Philips ComponentsPhilips ComponentsCommercializing an IdeaThe Race Is OnUNIAX Corp.UNIAX Corp.About Polymer OLED DevicesInternational Competition Pushes the Boundaries of Light-Emitting Polymers (LEPs)International Competition Pushes the Boundaries of Light-Emitting Polymers (LEPs)Cellular Phone DisplaysCellular Phone DisplaysBayer Is the Latest Entry in the OLED Device MarketBayer Is the Latest Entry in the OLED Device MarketConductive Polymers - Ease of Processing Spearheads Commercial Success (Edition 2) (Technical Insights), Conducting Polymers and Electronic DevicesConducting Polymers Used to Make Powerful UltracapacitorConducting Polymers Used to Make Powerful UltracapacitorKemet; NEC Extend Tantalum-Polymer Capacitor PactKemet; NEC Extend Tantalum-Polymer Capacitor PactNEC and KEMET Produce Conductive Polymer Tantalum CapacitorsPolymer Thin Film Transistors (TFTs) Gearing UpPolymer Thin Film Transistors (TFTs) Gearing UpImplementation of Copper and Low-K Dielectrics Fundamental in Technological AdvancementImplementation of Copper and Low-K Dielectrics Fundamental in Technological AdvancementFlexible CircuitsFlexible CircuitsThin-Film TransistorsThin-Film TransistorsLucent TechnologiesLucent TechnologiesIBM: Conductive Polymers for Printed Circuit BoardsIBM: Conductive Polymers for Printed Circuit BoardsReliability of Interconnections in Printed Circuit BoardsReliability of Interconnections in Printed Circuit BoardsLithography and Printed Circuit BoardsLithography and Printed Circuit BoardsSuperconductive Flexible Connections Based on Conductive PolymerSuperconductive Flexible Connections Based on Conductive PolymerConductive Polymers - Ease of Processing Spearheads Commercial Success (Edition 2) (Technical Insights), Polymer Flip Chip Manufacturing TechnologyPolymer Flip Chip CorporationPolymer Flip Chip CorporationSolderless Polymer Bump Process for Flip ChipsSolderless Polymer Bump Process for Flip ChipsThe ProcessFinal BumpConductive Polymers - Ease of Processing Spearheads Commercial Success (Edition 2) (Technical Insights), Electromagnetic; Static and Discharge ShieldingPolyaniline Blends Useful for Electrostatic Dissipation (ESD) ShieldingPolyaniline Blends Useful for Electrostatic Dissipation (ESD) ShieldingAntistatic FilmsAntistatic Films Wave Shield Tech Inc.Wave Shield Tech; Inc.New Technologies and Product InnovationsElectromagnetic Interference (EMI) ShieldingElectromagnetic Interference (EMI) ShieldingConference on Conductive Coatings and Compounds (June 1999; Brussels; Belgium)Conference on Conductive Coatings and Compounds (June 1999 Brussels; Belgium)The Need for and the Concepts of ShieldingGlobal Sourcing Issues for EMI/RFI Shielded Plastic Electronic EnclosuresShielding Effectiveness MeasurementsIndustry Measurement Standards for Shielding EffectivenessTest Methods for EMI Coatings Performance AssessmentEasy Way to Apply Conductive CoatingsTechniques for Applying Conductive Coating to Plastics for EMI/RFI ShieldingInherently Conducting Polymers—An OverviewThermal Behavior of Synthetic Metals: PolyanilinesPEDOT Foils with Improved Conductivity for New ApplicationsEMI Shielding and ESD Protection Using Stainless Steel Fibers in Plastics and PaintsEMI Shielding Effectiveness of Long-Fiber Nickel ConcentratesElectro-Conductive Coatings with Surface Fluorinated Carbon BlacksDevelopment of a Water-Based Conductive Fluoroelastomer Coating SystemConducting Polymers in Corrosion Protection: Myth or Commercial Reality?Conductive and Antistatic Treatment for Consumer ProductsTransparent Conductive Coatings Based on Core-Shell LatexSynthetic Conductive FlooringElectroconductive Pigment for Antistatic UseThin Film Controls the Dissipation of Spacecraft ChargingIntroductionTechnologyConductive Polymers - Ease of Processing Spearheads Commercial Success (Edition 2) (Technical Insights), Conducting Polymer Anticorrosion CoatingsConducting Polymer Anticorrosion CoatingsConducting Polymer Anticorrosion CoatingsCorrosion Relief With Inherently Conductive PolymersIntroductionRust Never SleepsBarrier CoatingsCathodic Protection CoatingsLigno-PANIInnovative Uses of Modified Cathodic Metal ProtectionInnovative Uses of Modified Cathodic Metal ProtectionPolyaniline Gains As Anti-Rust CoatingPolyaniline Gains As Anti-Rust CoatingDoped Polyaniline Films Suppress Conduction BetterDoped Polyaniline Films Suppress Conduction BetterCheaper More Effective; Safer Corrosion ResistanceCheaper More Effective; Safer Corrosion ResistancePolyaniline Almost Completely Prevents CorrosionPolyaniline Almost Completely Prevents CorrosionConductive Polymers - Ease of Processing Spearheads Commercial Success (Edition 2) (Technical Insights), Welding Plastics and Conductive AdhesivesWelding Plastics and Conductive AdhesivesWelding Plastics and Conductive AdhesivesHydrogen-Bonded Supramolecular Polymers for Polymer NetworksHydrogen-Bonded Supramolecular Polymers for Polymer NetworksNew Class of Conductive Adhesives Resists Corrosion and WearNew Class of Conductive Adhesives Resists Corrosion and WearConductive Polymers - Ease of Processing Spearheads Commercial Success (Edition 2) (Technical Insights), Batteries; Electrodes and ElectrochemistryBatteries; Electrodes and ElectrochemistryBatteries; Electrodes and ElectrochemistryWorld’s First Proton Polymer Battery; High-Energy Density Electrochemical DeviceWorld’s First Proton Polymer Battery; High-Energy Density Electrochemical DeviceEasy-Use DevicesExtending Ion-Conductive Polymer Applications to Higher TemperaturesExtending Ion-Conductive Polymer Applications to Higher TemperaturesLicense Stable; Transparent Ion-Conducting PolymersLicense Stable; Transparent Ion-Conducting PolymersSingle-Ion-Conducting Polymers under DevelopmentSingle-Ion-Conducting Polymers under DevelopmentRaychem Anodeflex Cathodic Protection AnodesRaychem Anodeflex Cathodic Protection AnodesContactless Method to Electrodeposit CatalystsContactless Method to Electrodeposit CatalystsCurrent Rechargeable Chemistries Threatened by Lithium-PolymerCurrent Rechargeable Chemistries Threatened by Lithium-PolymerKIST Develops Next-Generation Battery for Smaller Mobile AppliancesKIST Develops Next-Generation Battery for Smaller Mobile AppliancesSolid-Oxide Fuel Cells Get Cheaper; More EfficientSolid-Oxide Fuel Cells Get Cheaper; More EfficientBreakthrough Engineering of Fast Oxide-Ion ConductorsBreakthrough Engineering of Fast Oxide-Ion ConductorsLarger Crystals Improve Ceramic’s Shock ResistanceLarger Crystals Improve Ceramic’s Shock ResistanceAnode Choices for Cathodic Protection and Electrolytic ReactorsAnode Choices for Cathodic Protection and Electrolytic ReactorsReactionsAnode MaterialsSteelGraphiteCast IronPlatinized Titanium / NiobiumMixed Metal OxideConductive Polymer AnodesConductive Polymers - Ease of Processing Spearheads Commercial Success (Edition 2) (Technical Insights), Conductive Polymers for Textiles and FabricConductive Textiles and FabricConductive Textiles and FabricThe ConQuest Conductive Polymer Dispersion System and TechnologyThe ConQuest Conductive Polymer Dispersion System and TechnologyConductive Polymer Anti-Static CoatingConductive Polymer Anti-Static CoatingESD Characteristics of ST-PolyHyperion Catalysis International: Leader in Nanofiber TechnologyHyperion Catalysis International: Leader in Nanofiber TechnologySensing Cable for Conductive LiquidsSensing Cable for Conductive LiquidsConductive Polymers - Ease of Processing Spearheads Commercial Success (Edition 2) (Technical Insights), Positive Temperature Coefficient TechnologiesPolymeric Positive Temperature Coefficient ThermistorPolymeric Positive Temperature Coefficient ThermistorConductive Polymer Technology: Auto-HeaterConductive Polymer Technology: Auto-HeaterChromalox Heating CablesChromalox Heating CablesInsulation IntegrityStart-up CurrentActive AgingConductive Plastic Passive Heating SystemConductive Plastic Passive Heating SystemConductive Polymer Remote Protection for Telephone SystemsConductive Polymer Remote Protection for Telephone SystemsReal-World ProtectionCircuit Protection with Multifuse®Circuit Protection with Multifuse®Circuit ProtectionMultifuse Resettable Overcurrent ProtectorsConductive Polymers - Ease of Processing Spearheads Commercial Success (Edition 2) (Technical Insights), Sensors Based on Conducting PolymersChemical SensorsChemical SensorsElectronic NosesElectronic NosesAbtech Scientific Inc.Abtech Scientific Inc.AromaScan Inc.AromaScan Inc.Hughes Aircraft Co. Research LaboratoriesHughes Aircraft Co. Research LaboratoriesNeotronics Scientific Inc.Neotronics Scientific Inc.Digisense Analog Conductive Plastic SensorsDigisense Analog Conductive Plastic SensorsPotentiometer Provides Position SensingPotentiometer Provides Position SensingConductive Polymers - Ease of Processing Spearheads Commercial Success (Edition 2) (Technical Insights), Miscellaneous Applications of Conducting PolymersAerospaceAerospaceMolecular ConductorsMolecular ConductorsNanocompositesNanocompositesMicroroboticsMicroroboticsConductive Polymers - Ease of Processing Spearheads Commercial Success (Edition 2) (Technical Insights), PatentsPatentsPatentsConductive Polymers - Ease of Processing Spearheads Commercial Success (Edition 2) (Technical Insights), Resources and ContactsUniversity Research Centers on Conductive PolymersUniversity Research Centers on Conductive PolymersManufacturers of Conducting PolymersManufacturers of Conducting PolymersOther Resources and ContactsOther Resources and Contacts




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