Graphene in multiple grades, for different industries and with a wide range of applications.
A material with infinite possibilities
With unique properties, graphene has become the pillar of nanotechnology and the advanced materials revolution.
Our graphene-based additives are known for their properties of high electrical conductivity, high thermal conductivity and good integration within the matrix.
Why use graphene?
Sustainable Innovation
It promotes sustainability by enabling advances in green technologies and improvements in material recyclability.
Multiple Applications
From electronics to construction, it is redefining how we interact with the world, providing new solutions.
Investment in the Future
The new possibilities offered by graphene will drive a future of innovation and efficiency.
For R&D Laboratory
Graphene in its original and pure form, without modifications.
lateral size: 100 – 500 nm
High oxygen content, manufactured by chemical oxidation.
| Type | LS | AT | O.C | BET | Average number of layers |
|---|---|---|---|---|---|
| av-GOX-70 | 70 μm | 1-2 nm | 30% | 400 m2/g | 1-2 |
| av-GOX-40 | 40 μm | 1-2 nm | 30% | 400 m2/g | 1-2 |
Moderate oxygen content.
| Type | LS | AT | O.C | BET | Average number of layers |
|---|---|---|---|---|---|
| av-40-3-8 | 40 μm | <3 nm | 8% | 260 m2/g | <10 |
| av-70-3-8 | 70 μm | <3 nm | 8% | 280 m2/g | <10 |
| av-40-3-20 | 40 μm | <3 nm | 20% | <200 m2/g | <10 |
| av-703-20 | 70 μm | <3 nm | 20% | <220 m2/g | <10 |
Highly exfoliated with a very low oxygen content.
| Type | LS | AT | O.C | BET | Average number of layers |
|---|---|---|---|---|---|
| av-70-1-2,5 | 70 μm | <1 nm | 2,5% | 416 m2/g | <3 |
| av-40-1-2,5 | 40 μm | <1 nm | 2,5% | 480 m2/g | <3 |
| av-70-3-3,5 | 70 μm | 2-3 nm | 3,5% | 230 m2/g | <10 |
| av-40-3-3,5 | 40 μm | 2-3 nm | 3,5% | 225 m2/g | <10 |
Nanomaterials consisting of several layers of graphene on top of each other.
| Type | LS | AT | O.C | BET | Average number of layers |
|---|---|---|---|---|---|
| av-PLAT-2 | 2 μm | <10 nm | 1% | 200 m2/g | <20 |
| av-PLAT-7 | 7.2 μm | 3 nm | <1% | 70 m2/g | 5-10 |
| av-PLAT-40 | 40 μm | 10 nm | <1% | 200 m2/g | <30 |
| av-PLAT-70 | 70 μm | 10 nm | <1% | 200 m2/g | <30 |
All our research degrees are classified according to:
The numbers appearing in their names represent av-(A)-(B)-(C):
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