Graphene itself is not a panacea for the development of science and technological progress, but with the availability of comprehensive technical solutions, graphene can not only significantly enhance the performance properties of existing materials but also create entirely new products with new properties.
The use of such a comprehensive approach has allowed us to make progress in a number of areas that are highly demanded for accelerating entire sectors of the economy, including those where the application of graphene seems irrelevant.
Here are the areas in which we have already achieved initial positive results and are ready to further develop them:

Ideas and Solutions in the Field of Security:
Protective coatings of the 2D-2R series that completely block electromagnetic waves with a coating thickness of 2.5 millimeters. These coatings absorb up to 99% of electromagnetic waves in a wide gigahertz range from 2 GHz to 110 GHz.

Ideas and Solutions in the Construction Industry:
For the construction industry, particularly in the production of fiber-reinforced concrete, we have developed complex coatings for fiberglass and basalt fiber that increase the alkali resistance of such fibers by at least three times, allowing for the use of such fibers in the production of fiber-reinforced concrete with reduced cement content, capable of maintaining its properties in conditions of high humidity and high seismic activity.

Energy Storage:
Samples of concrete capable of storing electricity based on the principle of an electrochemical capacitor or supercapacitor have been obtained. On this basis, large-volume storage units with a capacity of up to several hundred thousand farads can be created.

Ideas and Solutions in Metallurgy and Mechanical Engineering:
The use of graphene dispersions as a source of alloying elements in both non-ferrous and ferrous metallurgy to strengthen metal alloys and impart new properties to them. The use of graphene dispersions in powder metallurgy for the production of parts and materials with high strength and operational characteristics.