Graphene is an atomic-scale honeycomb lattice made of carbon atoms. Graphene is undoubtedly emerging as one of the most promising nanomaterial because of its unique combination of superb properties, which opens a way for its exploitation in a wide spectrum of applications ranging from electronics to optics, sensors, and biodevices.
| Company |
Material |
Thickness |
Specification |
| Graphenea |
Graphene flakes |
monolayer |
Reduced graphene oxide |
| United Nanotech Innovations Pvt.Ltd |
(UGOX) Graphene Oxide |
0.8~2 nm |
Graphene oxide .layers 3-6 |
| Graphitene |
A-Grade Boron and Nitrogen co-doped Graphene Powder |
1-5 atomic layer |
|
| Graphitene |
A-Grade Boron-doped Graphene Powder |
1 – 5 atomic layer |
|
| Graphitene |
A-Grade Graphene Foil |
80% monolayer |
|
| Graphitene |
A-Grade Graphene Oxide – Film |
monolayer |
|
| Graphitene |
A-Grade Graphene Oxide – Monolayer Dispersion |
monolayer |
|
| Graphitene |
A-Grade Graphene Oxide – Monolayer Dispersion |
monolayer |
|
| Graphitene |
A-Grade Graphene – Monolayer Dispersion |
80% monolayer |
|
| Graphitene |
A-Grade Graphene – Monolayer Dispersion |
80% monolayer |
|
| Graphitene |
A-Grade Nitrogen and Phosphorous co-doped Graphene Powder |
1-5 atomic layer |
|
| Graphitene |
A-Grade Nitrogen and Sulfur co-doped Graphene Powder |
1-5 atomic layer |
|
| Graphitene |
A-Grade Nitrogen-doped Graphene Powder |
1-5 atomic layer |
|
| Graphitene |
A-Grade Phosphorus-doped graphene powder |
1-5 atomic layer |
|
| Graphitene |
A-Grade Sulfur-doped Graphene Powder |
1-5 atomic layer |
|
| Adnano technologies pvt. ltd |
Graphene |
~2-5nm |
Surface Area: 350 m2/G |
| Platonic Nanotech Pvt. Ltd. |
Graphene |
5-10 nm |
SSA 210 m2/g |
| United Nanotech Innovations Pvt.Ltd |
Graphene Dispersion |
3-6 nm |
Graphene dispersion with 3% concentration based in ethanol |
| Applied Nanotech, Inc. |
Graphene film |
0.6 –-12 µm |
Graphene film |
| Cheap Tubes, Inc. |
Graphene film |
5-30nm |
Single Layer Graphene film on glass/wafer |
| Cheap Tubes, Inc. |
Graphene film |
5-30nm |
Single Layer Flexible Graphene film on organic flexible substrate |
| Graphene Laboratories |
Graphene film |
1-7 monolayers |
CVD graphene film on nickel |
| Graphene Square |
Graphene film |
>80% single-layer |
Graphene oxide on copper foil |
| XG Sciences, Inc. |
Graphene film |
30-150 microns |
XG Leaf sheet products have unique electrical or thermal properties and come in a range of thicknesses from 30 -150 microns |
| ACS Material, LLC |
Graphene flakes |
<3nm |
Industrial quality; thermal exfoliation reduction |
| ACS Material, LLC |
Graphene flakes |
monolayer |
Single layer; dispersable; thermal exfoliation reduction |
| ACS Material, LLC |
Graphene flakes |
0.8-1.2nm |
Carboxyl graphene |
| ACS Material, LLC |
Graphene flakes |
0.8-1.2nm |
Carboxyl graphene water dispersion; concentration: 5% |
| ACS Material, LLC |
Graphene flakes |
0.8-1.2nm |
Single layer graphene oxide; modified Hummer method |
| ACS Material, LLC |
Graphene flakes |
0.6-1.2nm |
Single layer graphene oxide ethanol dispersion; modified Hummer method |
| ACS Material, LLC |
Graphene flakes |
0.6-1.2nm |
Single layer graphene oxide water dispersion; modified Hummer method |
| ACS Material, LLC |
Graphene flakes |
2-10nm |
Nanoplatelets |
| Angstron Materials Inc. |
Graphene flakes |
2-3nm |
Graphene oxide powder |
| BT Corp |
Graphene flakes |
3-6 nm |
Exfoliated graphene sheets |
| Carbon Solutions, Inc. |
Graphene flakes |
|
Reduced graphene oxide |
| Cheap Tubes, Inc. |
Graphene flakes |
0.7-1.2 nm (1 monolayer) |
Single layered graphene oxide flakes |
| Cheap Tubes, Inc. |
Graphene flakes |
<3nm (2-4 monolayers) |
Few Layered Graphene Oxide |
| Cheap Tubes, Inc. |
Graphene flakes |
<3nm (4-8 monolayers) |
Few Layered Graphene Oxide |
| Cheap Tubes, Inc. |
Graphene flakes |
~5nm (range: 1-15nm) |
Graphene Nanoplatelets (various grades) |
| Chengdu Organic Chemicals Co. Ltd. |
Graphene flakes |
1-10 layers, 0.55-3.74 nm |
Reduced graphene oxide |
| Chengdu Organic Chemicals Co. Ltd. |
Graphene flakes |
1-10 layers, 0.55-1.2 nm |
Graphene oxide powder |
| Chengdu Organic Chemicals Co. Ltd. |
Graphene flakes |
multilayer, 4-20 nm |
Graphene nanoplatelets, dia: 5-10 µm |
| Directa Plus |
Graphene flakes |
4-8nm |
Multilayer nanoplatelets |
| Directa Plus |
Graphene flakes |
2-4nm |
Nanoplatelet dispersion in water |
| Graphene Laboratories |
Graphene flakes |
8nm (20-30 monolayers) |
dry powder |
| Graphene Laboratories |
Graphene flakes |
0.35nm (1 monolayer) |
in solution (ethanol) |
| Graphene Square |
Graphene flakes |
>60% single-layer |
Graphene oxide in aqueous dispersion |
| Graphenea |
Graphene flakes |
monolayer |
Graphene oxide, water dispersion |
| Graphenetech |
Graphene flakes |
approx. 6 layers |
Graphene nanoplatelet powder |
| IoLiTec |
Graphene flakes |
1-10 layers, 0.6-3.8 nm |
|
| IoLiTec |
Graphene flakes |
multilayer ∼ 2nm |
|
| IoLiTec |
Graphene flakes |
multilayer 6-8 nm |
|
| IoLiTec |
Graphene flakes |
multilayer 11-15 nm |
|
| KNano |
Graphene flakes |
5-15nm |
Multi-layered graphene sheets having a platelet morphology |
| KNano |
Graphene flakes |
<5nm |
Mostly single-layer sheets |
| KNano |
Graphene flakes |
<100nm |
Tailor-made stacks of multi-layered graphene sheets |
| NanoInnova Technologies |
Graphene flakes |
multilayer |
Graphene nanoplatelets |
| NanoInnova Technologies |
Graphene flakes |
monolayer |
Graphene oxide monolayer powder |
| NanoInnova Technologies |
Graphene flakes |
|
Reduced graphene oxide powder |
| NanoIntegris Technologies |
Graphene flakes |
multilayer (27% single, 48% double) |
Research grade graphene nanplatelets in solution (aqueous w/surfactant) |
| NanoIntegris Technologies |
Graphene flakes |
multilayer (6% single, 23% double) |
Industrial grade graphene nanplatelets in solution (aqueous w/surfactant) |
| Qingdao Huagao Energy Technology |
Graphene flakes |
1-3 layers |
Graphene powder |
| Shanghai Simbatt Energy Technology |
Graphene flakes |
1-5 layers |
Graphene powder |
| Shanghai Simbatt Energy Technology |
Graphene flakes |
1-10 layers |
Few-ayer graphene powder |
| Shanghai Simbatt Energy Technology |
Graphene flakes |
1-5 layers |
N-doped graphene powder |
| Shanghai Simbatt Energy Technology |
Graphene flakes |
< 50 |
Graphene microflakes |
| SkySpring Nanomaterials, Inc. |
Graphene flakes |
6-8nm |
Platelet nanopowder |
| SkySpring Nanomaterials, Inc. |
Graphene flakes |
11-15nm |
Platelet nanopowder |
| Stanford Advanced Materials |
Graphene flakes |
1-8 layers |
Multilayer flakes |
| Stanford Advanced Materials |
Graphene flakes |
0.7-1.2 nm |
Graphene oxide multilayer |
| Stanford Advanced Materials |
Graphene flakes |
|
Multilayer flakes |
| Stanford Advanced Materials |
Graphene flakes |
1-8 layers |
Graphene oxide multilayer, water dispersion |
| Suzhou Graphene Nanotechnology |
Graphene flakes |
1-2 layers |
Graphene oxide powder |
| Suzhou Graphene Nanotechnology |
Graphene flakes |
2 nm |
Few-layer graphene powder |
| Suzhou Graphene Nanotechnology |
Graphene flakes |
5 nm |
Few-layer graphene powder |
| XFNANO |
Graphene flakes |
monolayer |
Monolayer graphene oxide |
| XG Sciences, Inc. |
Graphene flakes |
∼6nm |
Grade M has a typical surface area of 120 to 150 m2/g and is available with average particle diameters of 5, 15 or 25 microns |
| XG Sciences, Inc. |
Graphene flakes |
~15nm |
Grade H has a typical surface area of 50 to 80 m2/g and is available with average particle diameters of 5, 15 or 25 microns. |
| XG Sciences, Inc. |
Graphene flakes |
2 nm |
Grade C average surface areas are 300, 500 and 750 m2/g |
| XP Nano Material Co. Ltd. |
Graphene flakes |
80% single-layer, 0.7-0.8nm |
dry powder |
| XP Nano Material Co. Ltd. |
Graphene flakes |
85% single-layer, 0.3-0.4nm |
DMF suspension |
| XP Nano Material Co. Ltd. |
Graphene flakes |
85% single-layer, 0.3-0.4nm |
Ethanol suspension |
| ACS Material, LLC |
Graphene on substrate |
|
Single layer graphene on silicon substrate |
| ACS Material, LLC |
Graphene on substrate |
|
Single layer graphene on silicon dioxide substrate |
| ACS Material, LLC |
Graphene on substrate |
|
Single layer graphene on copper foil |
| ACS Material, LLC |
Graphene on substrate |
|
Single layer graphene on quartz |
| ACS Material, LLC |
Graphene on substrate |
|
Single layer graphene on plastic |
| ACS Material, LLC |
Graphene on substrate |
|
Single layer graphene on PET substrate |
| ACS Material, LLC |
Graphene on substrate |
|
Multi-layer graphene on substrate |
| Graphene Industries Ltd. |
Graphene on substrate |
single, double, triple and >3 layer |
Graphene on 300 nm and 90 nm silicon dioxide |
| Graphene Industries Ltd. |
Graphene on substrate |
single, double, triple and >3 layer |
Graphene on electrically conductive substrate |
| Graphene Platform Corp. |
Graphene on substrate |
monolayer |
Single layer CVD-grown graphene on copper foil |
| Graphene Platform Corp. |
Graphene on substrate |
multilayer |
Multi-layer CVD-grown graphene on nickel foil |
| Graphene Platform Corp. |
Graphene on substrate |
monolayer |
Single layer graphene on PET, glass or SiO2 |
| Graphene Square |
Graphene on substrate |
|
CVD graphene on silicon dioxide |
| Graphene Square |
Graphene on substrate |
|
Graphene on glass |
| Graphene Square |
Graphene on substrate |
|
Graphene on PET |
| Graphene Square |
Graphene on substrate |
|
CVD grapene on glass |
| Graphenea |
Graphene on substrate |
trilayer |
Trilayer graphene on SiO2/Si |
| Graphenea |
Graphene on substrate |
monolayer |
Monolayer graphene on Cu |
| Graphenea |
Graphene on substrate |
monolayer |
Monolayer graphene on Cu |
| Graphenea |
Graphene on substrate |
monolayer |
Monolayer graphene on Quartz |
| Graphenea |
Graphene on substrate |
monolayer |
Monolayer graphene on PET |
| Graphenea |
Graphene on substrate |
monolayer |
Monolayer graphene on Cu |
| Graphenea |
Graphene on substrate |
monolayer |
Monolayer graphene on SiO2/Si |
| Graphenea |
Graphene on substrate |
bilayer |
Binolayer graphene on SiO2/Si |
| Graphenea |
Graphene on substrate |
monolayer |
Monolayer graphene on substrate of choice (tailor made) |
| Graphenea |
Graphene on substrate |
monolayer |
Monolayer graphene on SiO2/Si |
| Platonic Nanotech Pvt. Ltd. |
Graphene Oxide |
1-10 nm |
|
| Source Graphene |
Graphene Oxide |
0.9 – few nm |
High hydrophilicity | Color: dark-brown | Odor: odorless |
| Source Graphene |
Graphene Oxide |
0.9 – few nm |
High hydrophilicity | Color: dark-brown | Odor: odorless |
| Source Graphene |
Graphene Oxide |
0.9 – few nm |
High hydrophilicity | Color: dark-brown | Odor: odorless |
| Source Graphene |
Graphene Oxide |
0.9 – few nm |
High hydrophilicity | Color: dark-brown | Odor: odorless |
| United Nanotech Innovations Pvt.Ltd |
Graphene Oxide Dispersion |
3-6 nm |
Graphene oxide dispersion with 3% concentration |
| Nanostructured & Amorphous Materials, Inc. |
Graphene – Monolayer Dispersion |
80% monolayer |
|
| United Nanotech Innovations Pvt.Ltd |
Industrial Graphene |
10-15nm |
Best Industrial quality of Graphene |
| Angstron Materials Inc. |
N002-PDR Graphene Powder |
less than 3 layers |
Few layer graphene powder |
| Angstron Materials Inc. |
N002-PS |
1-1.2nm |
Graphene oxide solution |
| Angstron Materials Inc. |
N006-P Graphene Powder |
10-20nm |
Polar graphene powder |
| Platonic Nanotech Pvt. Ltd. |
Reduced Graphene Oxide |
1-10 nm |
|
| United Nanotech Innovations Pvt.Ltd |
Research Graphene |
3-6 nm |
High quality research grade Graphene |
| United Nanotech Innovations Pvt.Ltd |
Sensor Graphene |
2-3 nm |
High quality Graphene for Electronics applications |
| United Nanotech Innovations Pvt.Ltd |
UCNT-Amine ( Amine Graphene) |
2-3nm |
Functionalized Amine Graphene |
| United Nanotech Innovations Pvt.Ltd |
UGRAY-COOH ( Carboxyl Graphene) |
0.8-1.6 nm |
|
| United Nanotech Innovations Pvt.Ltd |
UGRAY-OH ( Hydroxyl Graphene ) |
2-3nm |
Functionalized Graphene Hydroxyl |
| United Nanotech Innovations Pvt.Ltd |
URGOX ( Reduced Graphene Oxide) |
1-10 micron |
1-4 layer Reduced Graphene Oxide |
