The team at Graphene Box offers all the technical documentation for our products in our online store. Furthermore, in this section we provide all download links for our MSDS, RAMAN spectroscopy photographs, use and handling specifications, manuals,... and a vast range of useful material for the use and handling of our graphene.

PREPARATION OF GRAPHENE COMPOSITES /POLYMERS

MECHANICAL ENDURANCE

PolymerTypes of graphenePreparation methodMaximum Volume fraction
Fuente: Journal of Applied Polymer Science
PU rGO, FGO Blending, In situ, melting 3 wt%
PI FGO In situ 0.38 wt%
PAN EG In situ 4 wt%
PLA EG Melting 7 wt%
WPU FG Solution mixing 6 wt%
PPS EG Melting 25 wt%
PI GO In situ 5 wt%
PVE rGO In situ 0.2 wt%
PMMA GO Solution mixing 10 wt%
PC Graphite, FG Melting 15 (G), 3 (FG) wt%
Cellulose G Solution mixing 5 wt%
PEN Graphite, EG Melting 20 (G), 4 (EG) wt%
LLDPE FG Solution mixing 5 wt%
Poly (norbornene dicarboximide) FG Solution mixing 5 wt%
PET FGO Solution mixing 3 wt%
PLA GO, graphene Solution mixing 0.6 wt%
Butadiene – styrene – vinyl pyridine rubber GO Melting 3.6 vol%
PET rGO Melting 1.5 wt%
PVA GO Solution mixing 5 wt%
HDPE FGO Melting 0.6 wt%
Cellulose GO Solution mixing 7.5 wt%
PU GO In situ 4.4 wt%
PS GO Solution mixing 3 wt%
PAH, PSS GO LBL 8 vol %
PVA GO Solution mixing 0.7 wt%
Poly (allylamine hydrochloride) GO In situ 12.5 wt%
PS FG In situ 0.9 wt%
Epoxy rGO Solution mixing 0.1 wt%
PMMA GO Grafting 3 wt%
Nylon 6 G In situ 10 wt%
PU rGO In situ 2 wt%
PI GO In situ 5 wt%
PVA rGO Solution mixing 3 vol%
PVA GO, rGO Solution mixing 4 wt%
PVA rGO Solution mixing 3.5 wt%
PMMA GO, rGO In situ 0.05 wt%
PVDF GO Solution mixing 2 wt%
SAN, PC, PP, PA rGO Melting 12 wt%
PU rGO In situ 2 wt%
PVC rGO Solution mixing 2 wt%
PP EG Melting 25 vol%
PCL GO, graphite Solution mixing 10 wt%


ELECTRICAL CONDUCTIVITY

PolymerTypes of graphenePreparation methodMaximum Volume fraction
Fuente: Journal of Applied Polymer Science
PBI GO, FGO Mixing 2 wt%
PS G M 20 wt%
PVC – co – PVA rGO, EG Solution mixing 0.7 vol%
PEld, epoxy EG Soaking 0.79 wt%
PU rGO, FGO Blending, in situ, melting 3 wt%
PAA GO LBL 13 layers
PANI GO In situ 10 wt%
PMMA EG In situ 0.31 vol %
PI FGO In situ 0.38 wt%
PAH GO LBL 4 layer
PAN EG In situ 4 wt%
PLA EG Melting 7 wt%
PS FG Solution mixing 10 vol %
PPS EG Melting 25 wt%
PVE rGO In situ 0.2 wt%
PEN Graphite, EG Melting 20 (G) 4 (EG) wt%
PANI FG In situ 0.5 wt%
PU rGO In situ 2 wt%
SAN, PC, PP, PA rGO Melting 12 wt%
PU rGO In situ 2 wt%


BARRIER PROPERTIES OF GAS

PolymerTypes of graphenePreparation methodMaximum Volume fraction
Fuente: Journal of Applied Polymer Science
PEld, epoxy EG Soaking 0.79 wt%
PU rGO, FGO Blending, In situ, melting 3 wt%
PAN EG In situ 4 wt%
PVA GO, rGO Solution mixing 0.3 vol %
PVA GO In situ 0.72 vol %
PS GO Melting 2.27 vol %
PMMA GO Solution mixing 10 wt%
PI GO Solution mixing 0.01 wt%
PC Graphite, FG Melting 15 (G), 3 (FG) wt%
PEI GO LBL 0.2 wt%
Cellulose G Solution mixing 5 wt%
PEN Graphite, EG Melting 20 (G), 4 (EG) wt%
PEI GO LBL 0.5 wt%
LLPDE FG Solution mixing 5 wt%
Poly (norbornene dicarboximide) FG Solution mixing 5 wt%
PET FGO Solution mixing 3 wt%
PLA GO, Graphene Solution mixing 0.6 wt%
Butadiene – styrene – vinyl pyridine rubber GO Melting 3.6 vol %
PP rGO Melting 1 wt%
PANI FG In situ 0.5 wt%
PET rGO Melting 1.5 wt%


THERMAL STABILITY

PolymerTypes of graphenePreparation methodMaximum Volume fraction
Fuente: Journal of Applied Polymer Science
PS G Mixing 20 wt%
PEld, Epoxy EG Soaking 0.79 wt%
PAN, PAA, PMMA EG, FG Solution mixing 1 wt%
PPy rGO In situ 20 wt%
PLA EG Melting 7 wt%
WPU FG Solution mixing 6 wt%
PVE rGO In situ 0.2 wt%
Epoxy G, GO, FGO In situ 5 wt%
PI GO Solution mixing 0.01 wt%
PC Graphite, FG Melting 15 (G), 3 (FG) wt%
PEN Graphite, EG Melting 20 (G), 4 (EG) wt%
LLPDE FG Solution mixing 5 wt%
PP rGO Melting 1 wt%
PET Rgo Melting 1.5 wt%
HDPE FGO Melting 0.6 wt%
Cellulose GO Solution mixing 7.5 wt%
PS FG In situ 0.9 wt%
Nylon 6 G In situ 10 wt%
PU rGO In situ 2 wt%
PVA GO, rGO Solution mixing 4 wt%
PVDF GO Solution mixing 2 wt%
PU rGO In situ 2 wt%
Epoxy rGO Solution Mixing 20 vol %
PVC rGO Solution Mixing 2 wt%
PP EG Melting 25 vol %
PCL GO, Graphite Solution Mixing 10 wt%

TECHNICAL DOCUMENTATION