>> P.3
1MovingtowardscarbonneutralityEnergysavingisthekeytechnologyforachievingcarbonneutrality.Whilealternatinganenergysourceofvehiclesfromfossilfueltorenewableelectricityistargetedinthecomingdecades,improvingthermaleciencyofinternalcombustionengineisessentiallyimportantforreducingcarbonemissionduringtransitionalperiodofpowertrains.MoDTC,molybdenumdialkyldithiocarbamate,isoneofthemosteectivefrictionmodiers,andusedforengineoilsforimprovingfueleconomyespeciallywithlowviscosityandhighviscosityindexformulations.Ourorganomolybdenumtechnology,whichisrecognizedwithprovenandtrustedbrandasADEKASAKURA-LUBE,hascontributedtoimproveperformancesofOEMsandlubricantmanufacturersproductssince1970s,andnowtheformulationsareexpandinggloballywithemergingfueleconomydemands.OurMoDTC,ADEKASAKURA-LUBE525(S-525)has3featuresasfrictionmodier,antiwearagentandantioxidant(FM/AW/AO).Theseperformancesappearinengineoilsasfueleconomyimprovement,outputpowerupandhigherengineprotectionabilities,whicharekeyfeaturestobeimprovedfornowandcomingdecades.Amongthese,fueleconomyimprovementwillbeaprincipalpropertiesforcontributingcarbonneutralitythroughoutthelifecycleofvehicles.USACanadaEUChinaJapanKoreaTSCADSLREACHIECSCENCSKECLPhilippinePICCSAustraliaTaiwanAICSTCSIListedChemicaltypeMoDTCAppearanceLiquidMolybdenum%Sulfur%10.010.9RRNRRNOMoSSSSOMoSSR:C8andC13Promisingoptionfortheperformancethatneedstobeimprovednowandcomingdecades.ADEKASAKURA-LUBE525TypicalvalueInternationalInventoriesMoDTCMolybdenumdialkyldithiocarbamate02FrictionModierFuelEconomyImprovementAntiwearOutputPowerUpAntioxidantEngineProtection
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