StartUsInsights2025全球材料行业趋势报告英文版

国

Materials

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TrendReport

DiscoverGlobal

InnovationatYourFingertips

Imaginehavingtheworld’sinnovation,high-growthcompanies,andemergingtechnologiesatyourfingertips.That’swhatweofferat

StartUsInsights

.

FromStartupScoutingtoTechnologyDiscoveryandTrendIntelligence,getaheadwithinstantaccessto7M+Startups&Scaleupsgloballyalongside20K+emergingtechnologies.OurAI-poweredDiscoveryPlatformandServicesenableyoutoengagewithpromisingstartups,technologiesandtrends,ratherthansearchingforthem.Getprecise,AI-enhancedinsights,drivinginformed,confidentdecisionsthatfuture-proofyourbusinessandfosterstrategicgrowth.

1500+industrygiantssuchasSamsung,Nestlé,andMagnaspearheadindustrytrends,optimizeoperations,anduncovernewmarketopportunitieswitheasethankstoStartUsInsights’unmatchedinnovationintelligencetools.

ExecutiveSummary:MaterialReport

IndustryGrowthOverview:Thematerialsindustrysawamarginalannualdeclineof0.66%,butcontinuestoshowstrongsignalsofinnovation,patentactivity,andfundinginterest.

Manpower&EmploymentGrowth:Globalemploymentsurpassed52million,withmorethan2millionnewrolesaddedinthepastyear.

Patents&Grants:Industryplayersfiledmorethan2.76millionpatentsandsecured48800+grantsacrossglobalmarkets.ChinaandtheUSledthe0.79%annualincreaseinpatentfilingsthroughactiveinnovationefforts.

GlobalFootprint:India,theUS,Germany,Canada,andtheUKleadtheglobalmaterialslandscape.KeycitycentersincludeLondon,NewYorkCity,Bangalore,Berlin,andDubai,whichserveasmajorinnovationhubs.

InvestmentLandscape:Theindustrysawmorethan124500fundingrounds,withanaverageroundsizeofUSD43million.Over44700companieshavereceivedinvestmentfrom61300+investors.

TopInvestors:TheEuropeanInvestmentBank,BlackRock,BNPParibas,andmoreemergedasleadinginvestors.TheyhavecollectivelyinvestedoverUSD39.8billioninthesector.

StartupEcosystem:10338totalstartups,highlightsinclude

NeroMaterials

(structuredcarbonnanomaterials),

Atomscale

(atomic-scaleengineering),

Adoxima

(specializedoxidematerials),

Arda

(spentbarley-basedcircularmaterials),and

Uluu

(seaweed-basedplasticalternative)demonstratethesector’sentrepreneurialmomentum.

CONTENTS

6

InnovationMap:Materials

15Lightweighting

8

TreeMap:Materials

16Composites

10

HeatMap:Materials

17CarbonCaptureIntegration

11

GenerativeAIIntegration

18IndustrialAutomation

12

3DPrintingMaterials

19SmartMaterials

13

CircularEconomy

20Nanomaterials

14

Bio-basedMaterials

21Appendix

Thematerialtrendsaredrivenbytechnologicaladvance-mentsandafocusonsustainability.Innovationslikegener-ativeAI,3Dprintingmaterials,andbio-basedalternativesarereshapingproductdevelopmentandmanufacturing.Theadoptionofcirculareconomyprinciples,lightweightcom-posites,andcarboncapturetechnologieshighlightsthein-dustry’scommitmenttoenvironmentalresponsibility.Thesetrendsarepropellingmarketgrowth.Thisarticleexploresthetop10trendsimpactingthematerialsindustryandhighlights20emergingstartupsleadingtheseinnovations,showcasinghowcompaniesareleveragingtheseshiftsforlastingcom-petitiveadvantage.

Coveringover7millionstartups&scaleupsglobally,weuseour

BigDataandAI-poweredDiscoveryPlatform

toiden-tifyinnovativeapplications,technologies,andcompaniesim-pactingtheMaterialIndustry.Thisexhaustive,data-drivenstartupscoutingpinpointsemergingtrendsandtechnologiesintheMaterialIndustry.Forthisresearch,weanalyzedasam-pleof10338startupsandscaleupsandpresenttheTop10Trendsalongwith20highlyrelevantsolutions.

IntheInnovationMapbelow,yougetanoverviewoftheTop10MaterialTrends&Innovationsthatimpactcompaniesworldwide.

InnovationMap:Materials

Materials

10338

Startups&emergingcompaniesanalyzed

CircularEconomy

Bio-basedMaterials

Lightweighting

IndustrialAutomation

Smart

Materials

Nanomaterials

CarbonCaptureIntegration

GenerativeAIIntegration

3DPrintingMaterials

Composites

7

TreeMaprevealstheImpactoftheTop10MaterialTrends

TheMaterialsTreeMaphighlightstheTop10Trends.TheseincludeAImaterialgeneratorengines,PENfilaments,biodegradablepolymerproduction,andgreenmoldingcom-pounds.Otherkeytrendsaresmartfactoryautomation,

direct-to-consumermodels,grapheneandfullerenenanoma-terials,low-carbonconstructionmaterials,andbio-aerogels.Together,thesetrendsaredevelopingproductsandbusinessoperationsacrossthematerialsmarket.

Top10MaterialsIndustryTrends

&Innovations

GenerativeAIIntegration

22%

CircularEconomy

16%

3DPrintingMaterials

18%

Composites6%

Lightweighting

10%

Bio-basedMaterials

13%

SmartMaterials3%

CarbonCaptureIntegration6%

IndustrialAutomation

4%

Nanomaterials2%

Thistreemapillustratesthetop10innovationtrends&theirimpactontheMaterialsIndustry

9

GlobalStartup

HeatMapcovers10300+

MaterialsStartups&Scaleups

TheGlobalStartupHeatMapshowcasesthedistributionofmaterialsstartupsandscaleupsanalyzedusingtheStar-tUsInsightsDiscoveryPlatform.Ithighlightshighstartupac-tivityintheUnitedStatesandIndia,followedbytheUnited

Kingdom.Fromthese,20promisingstartupsarefeaturedbelow,selectedbasedonfactorslikefoundingyear,location,andfunding.

11

GenerativeAIIntegration

Traditionalexperimentalmethodsliketrial-and-errortest-ingforchemicalreactions,structuraldurability,andthermalresistanceareexpensiveandtime-consuming.Incontrast,generativeAIrapidlypredictsanddesignsnovelmaterialswithspecificproperties.Materialandstructureoptimizationisvitaltomeetspecificperformancecriteriaandminimizewaste.Throughgenerativedesignprinciples,AIcreateslight-weightandefficientmaterials.AIalsoenablesthecreationofmaterialsandproductstailoredtospecificconsumerneeds.Anotableexampleisthefashionindustry,whereAI-drivenplat-formslikeStyleDNAprovidepersonalizedstylingrecommen-dations.AIisalsoimprovingprocessengineeringinmaterialsdevelopmentbydigitizinglegacyworkflowsandautomatingcomplextaskssuchasprocessdesignandhazardanalysis.Inmaterialmanufacturingenvironments,AIstreamlinessynthe-sisroutes,optimizesreactionconditions,andpredictspoten-tialrisksthroughtoolslikeAI-assistedhazardandoperabilitystudies(HAZOPs).

Sareta

isaCanadianstartupthatemploysgenerativeAIanddeeplearningmodelstodesignnewmaterials.It

simulatesnaturalformationprocessestoenablethediscov-eryofnovelcompositionswithdesirableproperties.Throughsyntheticdatageneration,inversedesignalgorithms,andreinforcementlearning,Saretareplicatesnaturalformationprocessesinlaboratorysettingswhileprovidingdeeperin-sightsintomaterialbehaviors.Itfurtherimprovesmaterialdevelopmentatscalebyintegratingsimulation,optimization,andautomatedexperimentationintoaunifiedpipeline.Thisenablesfasterprototyping,validation,anddeploymentofmaterials.

US-basedstartup

MultiscaleTechnologies

developsMIND,anAIplatformthatallowsmaterialcompaniestobuildandmanagedigitaltwinsofadvancedmaterials,chiparchi-tectures,andfabricationprocesses.Theplatformreplicatescomplexmaterialbehaviorsunderreal-worldmanufactur-ingconditionsandinterpretshigh-dimensionaldatasuchasatomic-scaleinteractions,stressresponses,andmore.Italsostreamlinesdevelopmentthroughautomatedworkflowsthatreducetheneedforrepeatedmaterialtesting,whileno-codetoolssimplifyAI/MLadoption.

12

3DPrintingMaterials

3Dprintingmaterialsareinnovatinghowproductsaredesigned,manufactured,andconsumed.Byenablingrapidprototyping,localizedproduction,andcustomization,thesematerialsareimprovingsupplychainsanddrivingsustain-ability.Also,3Dprintingmaterialsenableconsumerstohaveintricatedesignsandpersonalizedproducts.Thistechnologyimprovestheprototypingprocessandreducesproductiontime.Moreover,3Dprintingreducestheneedforextensiveinventoriesandcomplexsupplychainsasthistechnologypromoteslocalizedproduction.Additionally,fusedfilamentfabrication(FFF)isanother3Dprintingmethodthatallowsfortheuseofthermoplasticstocreateintricatedesignsandcustomizedproducts.Selectivelasermelting(SLM)isanother3Dprintingtechniquethatuseslaserstofusemetalpowderswhilefacilitatingon-demandmanufacturingandsupplychainoptimization.

FLXREngineering

isaTaiwanesestartupthatmanufac-turestheMIXR,aneco-friendlymagneticstirbarredesignedfromscratchtoimprovelaboratorymixingefficiency.TheMIXRutilizesDaruma(roly-poly)motiontoreducevortexfor-mationandtoimproveturbulenceformassandheattransfer

duringmixingprocesses.ThestartupoptimizedtheMIXRforvariousviscositiesandmixingneedsbycombiningbusinessfeedback,CFDsimulations,andreal-worldtesting.Thisdesignoffersimpeller-likemixingwithouttheneedforanoverheadmixer.Moreover,theMIXRseriesincludesvariousmodels,suchasthebeetle(SBE),rollingstone(SRS),andpetitprince(SPP),eachcustomizedforspecificvesseltypesandmixingrequirements.

FGFTechnology

isaDutchstartupthatspecializesinad-ditivemanufacturingsolutionsutilizingpolymergranules.ItsproductlineincludesFGFTRecycledPETG,Polypropylene,ASA,andABS.Businessesapplyeachmaterialforprototyp-ing,functionalparts,andoutdoorproducts,usingacryloni-trilestyreneacrylate(ASA)orpolypropylenefordurabilityinharshconditions.Thestartupalsooffersoptimalprintabilityandmechanicalpropertiesfordiverse3Dprintingprojects.Thisincludeslarge-scaleparts,customizedend-useproducts,andmore.Italsoincludesproofofconceptservicesand3Dprinterconsultancytosupportthesuccessfulmanufacturingof3D-printedendproducts.

13

CircularEconomy

Finitenaturalresourcesaredepletingatanunsustainablerate.Toaddressthis,businessesareadoptingcircularecono-myprinciplestoreducetheneedforvirginresourceextractionandtoencouragethecontinualuseofmaterials.Additional-ly,traditionallinearproductionmodelscontributetopollu-tionandgreenhousegasemissions.Circularpractices,suchasrecyclingandreusingmaterials,lowertheseenvironmen-talfootprints.Artificialintelligence(AI)systemsimprovetheefficiencyandaccuracyofsortingrecyclablematerialswhileimprovingthequalityofrecycledoutputs.AnautonomousAI-enabledindustrialsortingpipelineisimprovingtextilere-cyclingprocesseswhileaddressinginefficienciesintradition-almethods.Moreover,biologicalprocessesoffersustainablealternativestoconventionalmaterialmanufacturing.Further,additivemanufacturingthroughtheuseofrecycledinputsal-lowsforthecreationofnewproductswhileminimizingwaste.UK-basedstartup

Evoralis

developsspecializedenzymesthatdepolymerizeplasticssuchaspolyester(PET),nylon(PA),andelastane(PUR)intotheiroriginalmonomers.Utilizingapatent-pendingmicrofluidicultra-high-throughputscreeningplatform,thestartuprapidlydiscoversandoptimizeseffective

enzymesthatreducedevelopmenttime.Moreover,Evoralisenablestherecyclingoftextiles,includingmixedandblendedfibers.Thisaddressesthechallengeofseparatingandpro-cessingcomplexfibercombinationsthattraditionalrecyclingmethodscannotefficientlyhandle.

RethreadAfrica

isaKenyanstartupthatchangesagricul-turalwasteintosustainable,biodegradabletextilematerials.Itutilizespost-harvestagro-waste,suchassugarcanebagasse,toproducepolyhydroxyalkanoates(PHA)throughfermenta-tionwithbacillusspecies.Thisprocessyieldstextilesthatarerecyclableandnaturallydecomposeifdiscarded.Additional-ly,blendingPHAwithnaturalfibersimprovestensilestrengthandaddswaterresistance,makingthematerialssuitableforactivewearandoutdoorapparel.Further,RethreadAfrica’sCottonCycleinitiativeemployshydrothermalanddissolutiontreatmentstorecyclepost-consumerpolyesterandcelluloseblends.Thisprocessrecoverspolyesterfibersbyreducingen-ergyconsumption.Thisinitiativealsoconvertscottonintoacellulosicsuperabsorbentpolymer(C-SAP).Thematerialab-sorbsitsweightinwaterwhileimprovingsoilmoisturereten-tionandcottonyieldsinwater-scarceregions.

14

Bio-basedMaterials

Businessesarereducingtheirrelianceonfossilfuelsandloweringtheircarbonfootprintbyadoptingbio-basedmate-rialsderivedfromrenewableresources.Manybio-basedma-terialsaredesignedtobebiodegradabletoaddresstheper-sistentissueofplasticpollution.Bio-basedpolymersserveassustainablealternativestoconventionalplastics.Enzymaticrecyclingalsoallowsforthebreakdownofplastics,suchasnylon6,intotheirconstituentmonomersforinfiniterecyclingwithoutqualityloss.Further,microbialbiofabricationusesmicrobestoproducematerials.Algae-basedmaterialservesasarenewablefeedstockforproducingbiodegradableplas-ticsandbiofuels.

LignoflowTechnologies

isaSwedishstartupthathasde-velopeditspatentedtechnology,LignoFlow,forprocessingligninintoscalablebio-basedmaterials.ItsLignoFlowtech-nologyfacilitatesligninprocessinginawater-efficient,high-

consistency,andflowablegelstatewithoutcovalentchemicalreactions.Thismethodworksformosttechnicalligningradesthatenabledust-freeprocessingandmasstransfer.More-over,itisreadilyscalableandcompatiblewithexistingindus-trialprocessesandcircularbio-economyconcepts.

UK-basedstartup

NanoPlume

developssuper-insulatingbio-aerogelsandfacilitatesscalablemanufacturingprocess-es.Itdoessothroughambientdryingprocessesandmodularfabricationtechniques.Italsoutilizesrecycledbiopolymers,suchascellulose,andnaturalfeedstockstocreatelightweight,thermallyefficientmaterials.Thesebio-aerogelsrequireonlyafractionofthethicknesscomparedtotraditionalinsulatorslikemineralwooltoachievesimilarenergyefficiency.Theyarebiodegradable,strong,reusable,andrecyclable,whichalignswithcirculareconomyprinciples.

15

Lightweighting

Lightermaterialsrequirelessenergytooperate,leadingtoimprovedfueleconomyandlowergreenhousegasemis-sions.Forexample,10%reductioninvehicleweightresultsina6%-8%improvementinfueleconomy.Also,reducingtheweightofmaterialsmeansusinglessrawmaterial,whichleadstocostsavingsinmanufacturing.Thisalsolowersma-terialcostsanddecreasesenergyconsumptionduringpro-duction.Inaddition,lighterstructurescontributetobetteracceleration,braking,andhandling.Thisimprovestheperfor-mancecharacteristicsofvehiclesandaircraft,makingthemmoreresponsiveandefficient.Moreover,theintegrationofcarbonfiberreinforcedpolymers(CFRP)andglassfiberre-inforcedpolymers(GFRP)offersweightreductionswhilemaintainingstrengthanddurability.Hotformquench(HFQ)technologyalsoallowsthecreationofcomplex,high-strengthcomponentsthroughaprocessofheating,forming,andrapidcooling.HFQenablestheproductionoflightweightstructuresthatreplaceheaviermaterials.

AntefilCompositeTech

isaSwissstartupthatdevelopsmicro-engineeredhybridfibersforlightweightstructures.

Thestartupindividuallycoatsglassreinforcementfiberswithameltable,recyclableplasticduringthefiberspinningpro-cess.Thiscreatesmaterialsthatintegratebothreinforce-mentandmatrixcomponentsatthemicroscale.Moreover,thismethodeliminatestheneedfortraditionalresininfusion,enablingrapidandenergy-efficientproductionoffiber-rein-forcedplastics.

fibclick

isaGermanstartupthatautomatesproductionplanningforcompositemanufacturingthroughitscomput-er-aideddesign(CAD)softwaresystem.Thissoftwareauto-maticallyconstructstoolsandsetupplansbydesigningfiberandtextileguidanceandgeneratingassemblyplans.Italsoprovidesanaugmentedreality(AR)-basedthreadingaidforfiberplacement.Additionally,thissoftwareenablesthepro-ductionofcomplexprofileswithoutrequiringin-depthpro-cessexpertise.fibclickfurtherimprovesprocessstabilitythroughmaterialsimulationsthatreduceplanningcosts.ItdecreasespultrusionlinesetuptimeswithautomatedplansandARthreadingaids.Thesoftwarealsominimizesmaterialwastebyoptimizingfiberguidanceandtooldesign.

16

Composites

Industrieslikeaerospaceandautomotiveprefermaterialsthatreduceweightandimprovefuelefficiencyandperfor-mance.Compositessuchascarbonfiber-reinforcedpolymers(CFRPs)catertothisastheyarelighterthanmetalsbutcar-rysignificantstrength.Compositesarealsoresistanttocor-rosion,whichmakesthemidealforapplicationsexposedtoharshenvironments,suchaschemicalprocessingequipmentandmarinestructures.Inaddition,compositesaremoldableintocomplexshapesthatallowforinnovativedesignsandpartconsolidation.Thisreducesthenumberofcomponentsandsimplifiesassemblyprocesses.Solutionslikeceramicmatrixcomposites(CMCs)consistofceramicfibersembed-dedinaceramicmatrixthatoffershigh-temperaturestabilityandresistancetowearandcorrosion.3Dprintingandartifi-cialintelligence(AI)areimprovingtheproductionofcompos-itematerialsbycreatingcomplexgeometriesandoptimizedstructuresthatwerepreviouslyunattainable.Moreover,thedevelopmentofbio-basedandsustainablecompositesmain-tainsdesirableproperties,suchasstrengthanddurability,whilereducingenvironmentalimpact.Forexample,theauto-motiveindustryisadoptingbio-basedcompositesforinteriorcomponents.

bespline

isaCanadianstartupthatutilizesanadaptivemoldingsystemtocreatecomplexcurvedcompositema-terials.Thistechnologyemploysamembraneatopdigitallycontrolledactuatorstoformprecisesinglyanddoubly-curvedsurfacesdirectlyfrom3Dcomputer-aideddesign(CAD)files.Byeliminatingtraditionalmoldrequirements,besplinere-ducestime,cost,andmaterialwaste.Thetechnologyalsoaccommodatesmaterialslikefoamcores,woodveneers,andfiber-reinforcedlaminates,whichimprovesitsversatilityacrossapplications.

Hikari

isanItalianstartupthatdevelopstheGreenMould-ingCompound(GMCs),whichisaneco-friendlycompositematerialcomposedofnaturalfibers,bio-resins,andbiofill-ers.Thismaterialoffersacarbonfootprintapproximatelyhalfthatoftraditionalcomposites.OnenotableapplicationofGMCisHederawhichisanindoorverticalgardenthatal-lowsbusinessestocultivateavarietyofplants,fromvegeta-blestotropicalspecies.Moreover,Hederaservesasadesignelementforinteriorsthatregulatehumidityandactasanairpurifier.

17

CarbonCaptureIntegration

Steel,cement,andchemicalindustries–allvitaltothematerialssectorarethemajorsourcesofcarbonemis-sions.Implementingcarboncapture,utilization,andstorage(CCUS)reducestheseemissionsandsupportsglobalclimategoalswithouthaltingmaterialproduction.Also,adoptingCCUSmeetsgrowingconsumerandregulatorydemandsforlow-carbonproductswhilemaintainingorimprovingmarketcompetitiveness.Additionally,inthematerialsindustry,whereprocesseslikecementcalcination,steelmaking,andalumi-numsmeltingemitCO2,CCUSprovidespathwaysfordeepdecarbonizationwithoutcompromisingmaterialproductionefficiency.Amine-basedsolventcarboncapturetechnologyutilizeschemicalsolventstoabsorbcarbonfromfluegases.Metal-organicframeworks(MOFs)arehighlyporousmateri-alsthatselectivelycapturecarbonmolecules.Moreover,cal-ciumloopinginvolvescycliccalcinationandcarbonationofcalcium-basedsorbentstocapturecarbon.Directaircapture(DAC)alsocollectscarbondirectlyfromambientair.Cryogen-iccarboncaptureseparatescarbonbycoolingfluegasestolowtemperatures,whilemembraneseparationmethodsuseselectivemembranestofiltercarbonfromgasmixtures.

NEEMALabs

isaCypriotstartupthatdevelopsVELO,whichisaplant-basedleatheralternativederivedfrompricklypearcactustrimmings.Bypartneringwithlocalfarmers,thestartupcollectswastetrimmings,extractsusefulingredients,andprocessesthemwithnaturaladditivestocreatedurable,cactus-basedleather.Thismaterialiscruelty-free,syntheticpolymer-free,andoffersasustainableandeco-friendlyalter-nativetotraditionalleather.

UK-basedstartup

CocoonCarbon

developsaproprietaryprocessthatconvertsindustrialwasteintosustainablesup-plementarycementitiousmaterial(SCM).Thisreducesthecarbonfootprintofcementandalsopermanentlysequesterscarbonwithinthematerial.Byintegratingwastematerialsandcarbonintocementproduction,thestartupfurtherad-dressestheenvironmentalchallengesofthesteelandcementindustries.CocoonCarbon’sscalableprocessalsooffersman-ufacturersacost-effectivemethodtoloweremissionsandrepurposewaste.Thissupportthetransitiontolow-carbonconstructionmaterials.

18

IndustrialAutomation

Fromsourcingrawmaterialstodeliveringfinishedprod-ucts,automationimprovesefficiency,consistency,andquali-tyateverystep.Automatedsystemsalsominimizehumaner-rorswhileofferingconsistentandpreciseexecutionoftasks,whichimprovesmaterialquality.Inaddition,thesesystemshandlehazardousorphysicallydemandingtaskswhilere-ducingtheriskofworkplaceinjuriesandmaintainingsteadymaterialflowinproductionlines.Automatedguidedvehicles(AGVs)areself-navigatingvehiclesthattransportmaterialswithinfacilitiesandreducemanualmaterialhandlingandassociatederrors.Automatedstorageandretrievalsystems(AS/RS)arecomputer-controlledsystemsthatautomaticallyplaceandretrieveloadsfromdefinedstoragelocations.Inmaterial-intensiveoperations,vision-guidedroboticsidentify,inspect,andhandlematerialswithprecisionwhilereducingdefectsandensuringconsistentquality.

Malaysianstartup

Kowasys

deliverssmartfactoryauto-mationandprocesscontrolsolutionsthatoptimizerawmate-rialhandling,inventorymanagement,andproductionopera-tions.Itofferscustomizedautomationsystemstomanagethetransport,storage,andcontrolofrawmaterialsthroughout

themanufacturingprocess.Itsautomatedrawmaterialin-ventoryanddispensingsystemsofferprecisemeasurement,correctsequencing,andaccurateusageofingredients.Thestartupintegrateshybridsmartbatchingsystemsthatcom-binetheflexibilityofmanualbatchingwiththespeedandaccuracyofautomatedprocesses.Thisensuresprecisefor-mulationandconsistentmaterialquality.Inaddition,itsinte-gratedinventorymanagementsystemmonitorsrawmaterialandfinishedgoodslevelstopreventshortagesandexcessin-ventory.

Polyfos3D

isanIsraelistartupthatdevelopsamulti-ma-terialpolymeradditivemanufacturing(AM)technology.Thistechnologyenablesthesimultaneousprintingofpartsusingadurablematerialforthemainstructureandawater-solublematerialforsupportstructures.Afterprinting,thesupportmaterialdissolvesinwater,leavingbehindsmoothandcleanpartswithouttheneedformanualpost-processing.More-over,byeliminatinglabor-intensivepost-processing,Polyfos3D’stechnologyimprovesefficiencyandproductivityin3Dprinting.

19

SmartMaterials

Adoptingsmartmaterialsaddressesthefrequentenvi-ronmentalchangesandleadstoimprovedenergyutilization.Electrochromicmaterials,forexample,areusedinsmartwin-dowstoadjusttheiropacityinresponsetoelectricalstimuli.Thiscontrolstheamountoflightandheatpassingthroughwhileitreducestheneedforartificiallightingandaircondi-tioning.Incorporatingsmartmaterialslikeshape-memoryalloys(SMAs)intostructuresalsoenablesthemtorespondtostress.SMAsreverttotheiroriginalshapeafterdeforma-tion,whichisparticularlybeneficialinseismic-resistantcon-structions.Additionally,smartmaterialsreducewasteandpromoteeco-friendlypractices.Forexample,biodegradableinteractivematerials,developedfromnaturalsubstanceslikesilkanddopamine,decomposenaturallyandminimizeenvi-ronmentalimpact.Self-repairingorself-healingpolymersandconcreteareextendingthelifespanofstructuresandprod-ucts.Thesematerialsautonomouslyrepaircracksandreducemaintenancecosts.

PolymerPavements

isanIndianstartupthatspecializ-esindevelopingandmanufacturingsmartmaterialsforthe

miningandroadconstructionindustries.Itsproduct,SoilTechMk.III,isathird-generationpolymerbinderforminehaul-roadstabilizationunderheavyloadingconditionsandisnowalsoutilizedincommercialroaddesign.Dust-Techisaliquidpolymerwitha10-micronparticlesize,allowingfordeepsoilpenetrationtosuppressdust.PolySealmodifiescementtoimprovethetensileandflexuralstrengthofmortarsandcon-crete.AsphalTechbindsnon-plasticmaterialsintoadurablewearingcoursesealtoimproveasphaltperformance.

US-basedstartup

MNTSmartSolutions

providessustain-ablesmartmaterialswithelectronicandmagneticpropertiestoadvancescienceandmedicine.Thestartup’snanotechnol-ogy-basedinteractivetoothpasteandtoothbrushcombina-tionutilizesnano-compositestotreatandpreventmicrobialgrowthandplaqueformationinthemouth.Thesenano-com-positesareguidedbymagneticgradientstotargetinfectedareas,disruptbiofilms,andprovidesustainedreleaseofac-tiveagentsovertime.Moreover,thesmarttoothpasteisre-motelycontrolledbyanelectromagneticfieldtomove,scrub,andgenerateheatwhenusedwiththeinteractivetoothbrush.

20

Nanomaterials

Nanomaterialsimprovethestrength,durability,andflex-ibilityofmaterials.Forinstance,integratingnanoparticle