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XG Sciences, Inc. | 3101 Grand Oak Drive | Lansing, MI 48911
XGSciences,Inc.|3101GrandOakDrive|Lansing,MI 48911
SiG™ TECHNICALINFORMATIONSHEET
XGSiG™EnergyStorageMaterialsSilicon-grapheneLi-ionbatteryanode
HighEnergyAnode– XGSciences’XGSiG™ delivershighspecificcapacityinanxGnP® graphene-stabilizedsiliconanodematerialforenhancedrun-timeindroneaircraft,portableelectronicsandotherhighdensityenergystorageapplications.Ourproprietarymanufacturingprocesscreatesasilicon-graphenecompositefeaturinghighly-conductive,flexiblegrapheneplatelets,establishinganetworkthatreducessilicon-electrolytereactions,providesrobustmechanicalsupportandimproveshighratecapacity.
Generalcharacteristics:• Composition – Silicongraphene• Morphology – Porousaggregates• Highreversiblecapacity• EfficientLi+storage• Enhancedlifecycle
xGnP®GrapheneNanoplateletsConductiveadditive
xGnP®GrapheneNanoplatelets areshortstacksofgraphenesheetsinaplateletshape.Typicalplateletelectricalconductivityparalleltothesurfaceis107 S/m.
XGSciencesbelievestheinformationinthisinformationsheettobeaccurateatpublication.XGSciencesdoesnotassumeanyobligationorliabilityfortheinformationinthisinformationsheet.Nowarrantiesaregiven.Allimpliedwarrantiesoffitnessforaparticularpurposeareexpresslyexcluded.NofreedomfrominfringementofanypatentfromXGSciencesorotheristobeinferred.Productliteratureandsafetydatasheetsshouldbeconsultedpriortouse.PleasecontactXGSciencesorvisitwww.xgsciences.comforthemostcurrenttechnicalinformation.
Reversiblecapacity 500-2000mAh/g
1st cycleefficiency 85-90%
Charge/dischargerate
To5C
Recommendedbinders
Polyacrylic acid(PAA),Carboxylmethylcellulose(CMC)/Styrene-ButadieneRubber(SBR)
AN-SSi-grapheneanodeproperties
Appearance Blackgranules
Bulkdensity 0.1g/cc
LossonIgnition(LOI) >99.5%
Oxygencontent <1%
xGnP®Graphenebulkproperties
SiG™Li-ionbatteryanode xGnP®GrapheneNanoplatelets
XG Sciences Inc.3101 Grand Oak DriveLansing, MI 48911
+ 01 517 703 [email protected]
JAFAR DESIGNS STUDIO
SiG™ TECHNICALINFORMATIONSHEET
XGSiG™EnergyStorageMaterialsSilicon-grapheneLi-ionbatteryanode
HighEnergyAnode– XGSciences’XGSiG™ delivershighspecificcapacityinanxGnP® graphene-stabilizedsiliconanodematerialforenhancedrun-timeindroneaircraft,portableelectronicsandotherhighdensityenergystorageapplications.Ourproprietarymanufacturingprocesscreatesasilicon-graphenecompositefeaturinghighly-conductive,flexiblegrapheneplatelets,establishinganetworkthatreducessilicon-electrolytereactions,providesrobustmechanicalsupportandimproveshighratecapacity.
Generalcharacteristics:• Composition – Silicongraphene• Morphology – Porousaggregates• Highreversiblecapacity• EfficientLi+storage• Enhancedlifecycle
xGnP®GrapheneNanoplateletsConductiveadditive
xGnP®GrapheneNanoplatelets areshortstacksofgraphenesheetsinaplateletshape.Typicalplateletelectricalconductivityparalleltothesurfaceis107 S/m.
XGSciencesbelievestheinformationinthisinformationsheettobeaccurateatpublication.XGSciencesdoesnotassumeanyobligationorliabilityfortheinformationinthisinformationsheet.Nowarrantiesaregiven.Allimpliedwarrantiesoffitnessforaparticularpurposeareexpresslyexcluded.NofreedomfrominfringementofanypatentfromXGSciencesorotheristobeinferred.Productliteratureandsafetydatasheetsshouldbeconsultedpriortouse.PleasecontactXGSciencesorvisitwww.xgsciences.comforthemostcurrenttechnicalinformation.
Reversiblecapacity 500-2000mAh/g
1st cycleefficiency 85-90%
Charge/dischargerate
To5C
Recommendedbinders
Polyacrylic acid(PAA),Carboxylmethylcellulose(CMC)/Styrene-ButadieneRubber(SBR)
AN-SSi-grapheneanodeproperties
Appearance Blackgranules
Bulkdensity 0.1g/cc
LossonIgnition(LOI) >99.5%
Oxygencontent <1%
xGnP®Graphenebulkproperties
SiG™Li-ionbatteryanode xGnP®GrapheneNanoplatelets
XG Sciences Inc.3101 Grand Oak DriveLansing, MI 48911
+ 01 517 703 [email protected]
