>> P.35
FeaturesofSpecialEnvironmentLinearWayandLinearRollerWay②LCLLinearWayandLinearRollerWayNeithergreasenoroilWorld'sfirstLiquidCrystalLubricantLiquidCrystalLubricantsarecompletelydifferentfromgreasescomposedofbaseoilsandthickeners.LiquidCrystalLubricantsarecomposedonlyofliquidcrystalcompounds,forminganewtypeoflubricantneverseenbefore.Conventionalgreasebaseoilslubricateusingdissimilarmolecules,causingdifficultieswithadhesiontometalsurfacesandevaporation.LiquidCrystalLubricantformsmolecularaggregates,improvingadhesiontometalsurfacesandminimizingevaporation.TheLiquidCrystalLubricantusedintheLCLLinearWayandLinearRollerWayistheworld'sfirstLiquidCrystalLubricantforbearings,achievingexcellentlubricationfunctionalityevenunderhighcontactpressureduringrollingcontactandsuccessfullycreatingrevolutionarynewfunctions.■LiquidcrystallubricantstructureSlidingconformityGreasemolecularstateMetalsurfaceLiquidcrystallubricantmolecularstateFeaturesLiquidcrystalmoleculesLiquidcrystalmoleculesorienttofacethesamedirectionandformanaggregateHydrocarbonchainwiththesamestructureasthelubricantDifficultformoleculestoseparate(evaporate)duetostrongintermolecularforcesSuperiorloaddurabilitySuperiorloaddurabilityLong-termdurabilityexceeds70timesthatoffluorinegreaseatroomtemperatureandatmosphericpressure.2to6timesgreaterdurabilitythanothertypesofgrease,eveninhigh-temperatureenvironments.Superiorlowdust-generationpropertiesSuperiorlowdust-generationpropertiesDustgenerationislessthan1/10oflithiumsoapbasedgrease.ExcellentoutgaspropertiesExcellentoutgaspropertiesTheoutgassingcharacteristicsinhighvacuumenvironmentsshowexcellentperformanceevenevenathightemperatures.MinimizeslubricantevaporationMinimizeslubricantevaporationZeromasslossevenat100°C.Liquidcrystallubricantshavenolossduetoevaporation.LightandsmoothslidingLightandsmoothslidingTherollingresistanceislowerthanthatoffluorinegreaseorlithiumsoap-basedgrease.Ⅰ-35
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