Applications

Our graphene dispersions enable breakthrough solutions across multiple industries

  • High conductivity – enables faster signal transmission in microelectronics.
  • Extreme sensitivity – enhances the performance of photodetectors across a wide wavelength spectrum.
  • Transparency and flexibility – ideal for optoelectronic displays and sensors.
  • Fast response – allows for more efficient optical switches and photodetectors.
  • Low power consumption – reduces energy demands in microelectronic devices.
  • Miniaturization of components – enables the development of smaller and more powerful chips and transistors.
  • Extreme sensitivity – detection of substances at the molecular level.
  • Fast response – immediate detection of environmental changes.
  • Low energy consumption – efficient operation with minimal power usage.
  • Flexibility – can be integrated into wearable and flexible devices.
  • Interference resistance – high selectivity and measurement stability.
  • Wide range of applications – used in medicine, ecology, and industry.
  • Based on our thin-film graphene dispersion obtained under special resonance conditions, we have developed the most effective shielding coating to date.
  • In the range of 1.5 to 120 GHz, the coating absorbs up to 99% of electromagnetic waves.
  • The coating is resistant to water, oils, hydrocarbons, and organosilicon liquids and finds commercial applications primarily in the defense and security industry.
  • High durability – resistance to wear and abrasion for long-lasting performance.
  • Elastic properties – excellent flexibility and ability to return to original shape.
  • Wide application – used in automotive, heavy industry, and construction.
  • Temperature stability – resistance to extreme temperatures and environmental influences.
  • Chemical resistance – protection against aggressive chemicals and oils.
  • Economic benefits – reduction in maintenance costs and extended equipment lifespan.
  • Performance Optimization – Ensuring smooth operation of machines and equipment.
  • Reducing Friction – Minimizing wear and improving efficiency.
  • Wide Application – Used in the automotive, aerospace, and industrial sectors.
  • Temperature Resistance – Stability under extreme temperatures and various working conditions.
  • Corrosion Protection – Preventing rust formation and extending the lifespan of components.
  • Cost Savings – Reducing maintenance costs and extending replacement intervals.