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Graphene R&D. From material to industrial application.

MarketOrg's graphene research and development division: six directions from aerospace to construction, with international partners and its own patent background.

Head of divisionAbdulla MukhamedshinDevelopment and nanotechnology expert
Research directions

Six directions, one structure.

I

Aerospace

Graphene in aerospace polymer composites: lightning protection, shielding, thermal management and de-icing.

up to 94% less lightning damageEMI shielding up to 105 dB
  1. Polymer composites and aircraft manufacturing
  2. Directed (oriented) graphene in epoxy resins and structures
  3. Polarised graphene in epoxy matrices
  4. Integrated electric heating and structural health monitoring
Full description on the platform ↗
II

Separate group: sandwich panels

Oriented and polarised graphene makes sandwich panels “smart”: self-monitoring, heating and barrier protection.

gauge factor 80.07 — 9.43 times highershielding above 100 dB
  1. Directed (oriented) graphene in sandwich panels
  2. Polarised graphene in sandwich panels
  3. Integrated electric heating and structural health monitoring in sandwich panels
Full description on the platform ↗
III

Applied fields of work with graphene

Eight applied fields — from protective coatings and roofing to fertilisers, soil remediation and construction.

0.05 wt% GO — corrosion protection multipliedup to 40–60% better nutrient uptake
  1. Protective coatings
  2. Bitumen materials, shingles and siding panels
  3. Agriculture: controlled-release fertilisers
  4. Environmental remediation: immobilising heavy metals in soil
  5. Reclamation and desalination of saline soils
  6. Animal feed (risk zone, active research)
  7. Energy, electronics and biomedicine
  8. Construction
Full description on the platform ↗
IV

Geopolymer and radiological technologies

A certified geopolymer technology for immobilising radioactive waste, and graphene radiation shields.

leachability index L_i 9.7–10.3 (limit > 6)up to 30 wt% contaminated ash in the matrix
  1. Conditioning and solidification of radioactive waste
  2. Immobilisation of radiocaesium (¹³⁷Cs) and porous materials
  3. Synergy of geopolymer and graphene
  4. Radiation shields
Full description on the platform ↗
V

Cooperation with specialists from Slovakia: modifying silicone systems

Modifying silicone systems with graphene together with specialists from Slovakia.

flexible heating and shielding elements
  1. Modifications and process methods
  2. Key capabilities and physical-mechanical effects
Full description on the platform ↗
VI

Developing and modernising the patents with graphene

Four ways to develop the existing ceramic-coating patents with graphene.

4 directions based on 5 patents300–560 °C
  1. Graphene-modified sol-gel ceramic coatings (based on RU2794232C1)
  2. Hybrid “h-BN + graphene” suspensions (based on WO2022103305A1)
  3. Heat-flux intensification (based on RU2776525C1 and WO2023075647A1)
  4. Diffusion alloying and oxidation protection (based on RU2783636C1)
Full description on the platform ↗
Cooperation

An international development environment

01

Silicone systems — Slovakia

Joint development: ultrasonic de-agglomeration of graphene in silicone; heat-conducting, heating and shielding elements.

02

Geopolymer partner — Slovakia

A certified geopolymer technology for solidifying radioactive waste. Together: graphene shields and barriers.

03

Nanocements — an international materials-science institute

Nanocements of classes 62.5–82.5. Joint tests of concretes with graphene, systematic casting and testing in certified laboratories.

04

Patent background — ceramic coatings

5 patents (RU, WO): Solcoat coatings, h-BN suspensions, diffusion alloying — and their development with graphene.

05

Development: V4 · Bulgaria · the Netherlands

An international development network with the V4 countries, Bulgaria and the Netherlands; raw materials from a German supplier.

The full material is on the MarketOrg Platform.

Figures, methods, application examples, literature and patents — chapter by chapter. Register, then request access: the head of the division confirms it.

The next step

Tell us what you are planning

Let us work out the right way to get started, together.

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