The basis of the multi-purpose modifier is the quasicrystal powder of the Al-Cu-Fe system
Quasicrystals are a new class of materials with unique properties. Quasicrystals, as a class, was opened in 1984 year. Currently, a lot of researches are being conducted around the world regarding the use of quasicrystals in almost all spheres of human life. The obstacle of large-scale practical application of quasicrystals is the high cost of synthesis of this material.

Our company NANOCOM has invented the unique technology that allowed to reduce the cost of production of quasicrystals to the level providing possibility of its application in industrial scales.

Density: 4 g / cm3
Dispersion of base powder: 1-10 microns
Friction coefficient of steel: 0.14
Hardness: 800-1000 HV
Thermal conductivity: 2 W / (m•K)
Resistivity (at room temperature): 4.5 mOhm∙cm


Development of a new type of polymers and PCM with improved mechanical characteristics.



Developers and manufacturers of polymers, PCM and their products.



Introduction of the optimal amount of the modifier in the polymer.


  • Increase of mechanical characteristics and adhesion to metals of polymers, elastomers and materials based on them;
  • Increase of working capacity and resource of friction units and mechanisms in normal operating conditions, as well as in abnormal conditions of “oil starvation” and ” dry friction»;
  • Reinforcement of metals with the purpose of creation of antifriction composite materials;
  • Formation of coatings on glass and metals to reduce the coefficient of friction and increase the level of hydrophobicity;
  • Development of bioactivators.
  • Increases the energy efficiency of friction units in the lubricant or as a coating
  • Increase the wear resistance of the polytetrafluoroethylene (PTFE,Teflon) in 2200-3100 times (at a concentration of 16 vol.%).Learn more
  • Reduces friction losses (lower the temperature and noise under load, the friction pair);
  • Prevents sticking and jamming of friction pair elements;
  • Increases the survivability of mechanisms in conditions of “oil hunger”;
  • Increases the time of emergency operation of machines and mechanisms in the conditions of oil loss and in the mode of “dry” friction.
  • Increases the energy efficiency of friction units in the lubricant or as a coating
  • Increase the wear resistance of the material in 2200-3100 times (at a concentration of 16 vol.%).Learn more
  • Increases the strength characteristics of polymers;;
  • Increases the adhesion of the polymer matrix to the reinforcing elements of polymer composite materials (PCM);.
  • Increases the strength of polymer composite materials and plastics
  • Increases the strength characteristics of rubbers ;
  • Increases adhesion to metals to a level higher than cohesion (destruction occurs through rubber, there is no peeling from the metal).
  • Increases glue strength;
  • Improves adhesion of adhesive to the surfaces to be glued.
  • Increases adhesion to painted surfaces;
  • Increases durability of paint coating.
  • Improves the strength characteristics;
  • Reduces the coefficient of friction.
  • Reduces the coefficient of friction;
  • Increases the level of hydrophobicity of surface coatings.
  • Increases biomass growth of chlorella.