El equipo de The Graphene Box pone a su disposición toda la documentación técnica de nuestros productos en nuestra tienda online. Además, en esta sección ponemos a su disposición todos los enlaces de descarga de nuestros MSDS, fotografías de espectroscopio RAMAN, especificaciones de uso y manipulación, manuales, … y un largo ecétera de material útil para el uso y manipulación de nuestro grafeno.
PREPARACIÓN DE COMPOSITES DE GRAFENO/POLÍMEROS
FORTALEZA MECÁNICA
| Polímero | Tipos de grafeno | Método de preparación | Volumen Máximo de fracción |
|---|---|---|---|
|
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% |
CONDUCTIVIDAD ELÉCTRICA
| Polímero | Tipos de grafeno | Método de preparación | Volumen Máximo de fracción |
|---|---|---|---|
|
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% |
PROPIEDADES BARRERA DE GASES
| Polímero | Tipos de grafeno | Método de preparación | Volumen Máximo de fracción |
|---|---|---|---|
|
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% |
ESTABILIDAD TÉRMICA
| Polímero | Tipos de grafeno | Método de preparación | Volumen Máximo de fracción |
|---|---|---|---|
|
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% |