…
– in power generation and power transmission
– in the production of batteries for electricity and heat
– in the creation of new, heavy-duty composite materials
– in the aerospace industry, building materials, mobile devices, defense industry and many other
areas.
The original process for producing graphene dispersions developed and patented by our company enables the production of this material on an industrial scale.

Aqueous dispersion of graphene 2DD-W is a dispersion with a dispersed phase content of 5 to 10%, which in turn consists of a multilayer graphene, mainly of two to five layers. This dispersion can be used in the manufacture of batteries; elements of solar panels; conductive paints and adhesives; as a reinforcing material for reinforcing concrete structures (the so-called nanoconcrete); for creating supercomposites etc.

The graphene dispersion 2DD-WK is an aqueous dispersion with additives of organosilicon liquids, consisting of graphene layers, mainly from two to seven elementary layers, with a concentration of the dispersed phase of 5 to 7%.
This dispersion can be used in the same materials and structural elements as the 2DD-W dispersion, but has a number of characteristic properties that can be used to produce materials with controlled properties, including for the manufacture of power generators.

The graphene dispersion 2DD-WK is an aqueous dispersion with additives of organosilicon liquids, consisting of graphene layers, mainly from two to seven elementary layers, with a concentration of the dispersed phase of 5 to 7%.
This dispersion can be used in the same materials and structural elements as the 2DD-W dispersion, but has a number of characteristic properties that can be used to produce materials with controlled properties, including for the manufacture of power generators.

The graphene dispersion 2DD-Ol is a dispersion of low-layer graphene in a dispersion medium of organic nature, for example in oil or organosilicon liquids. The graphene concentration is 2-5%.
This dispersion can be used to obtain composite materials where high homogenization of graphene is required, such as: B. High-performance rubber products, anti-friction fluids and lubricants, supercomposites based on plastics reinforced with carbon and ceramic fibers and other composite materials.