Graphene

NOBIS Company

is searching for enterprises, partners, and consumers in the field of:
- additive technologies
- aircraft and space industry
- shipbuilding, automotive industry
- chemical industry and battery production
- as well as enterprises that use powdered metals

Graphene

We produce low-layer graphene to order

Graphene

a two-dimensional allotropic modification of carbon formed by a layer of carbon atoms one atom thick, located in sp2 hybridization and connected to a hexagonal two-dimensional crystal lattice. Graphene can be represented as a single graphite plane separated from a bulk crystal.

Property

Graphene has a unique combination of properties:

Exceptional strength and elasticity
The highest mobility of charge carriers
High electrical conductivity
High current density
Record thermal conductivity
Highest specific surface area
The thinnest known material
Chemical stability
Impermeability to gases
Almost complete transparency

Results of
Raman
spectroscopy

Analysis of Raman spectra of graphene flakes from a liquid reagent.

The reagent is distilled water.

The data were obtained in our laboratory on 01/26/2024.

The table is given in an abbreviated form.

№	Peak D, sm-1	Peak G, sm-1	ID/ IG	Peak 2D, sm-1	FWHM 2D Peak, sm-1	I2D/ IG	The size of graphene nanocrystallite
3-4-layer nanocrystalline graphene
1	1341	1581	0.6	2689	72	0.62	~32 nm
3	1344	1577	0.66	2693	71	0.5	~29 nm
Multilayer graphene with a small number of defects
5	1349	1574	0.1	2698	82	0.41	~20 nm
7	1343	1576	0.6	2687	79	0.47	~32 nm
9	1345	1572	0.2	2687	79	0.33	~32 nm
11	1343	1580	0.54	2682	87	0.44	~36 nm
14	1343	1578	0.76	2681	104	0.08	~25 nm