Industries

Nanomaterials obtained by Nanoseen are characterized by high purity and extreme homogeneity. 

Nanoseen is the only company on the market that offers a wide range of nanomaterials on metal wafers and in powder form. 

Being eco-friendly, we use recycled metal wafers in the process of synthesis of
nanomaterials.

Single-walled, double-walled and multi-walled carbon nanotubes

Branches: nanoelectronics, medicine, environmental, pharmacy, automotive, sport, biology, biochemistry, physics, chemistry, electrochemistry.

Applications: can be used in biomedical devices and implants, drug delivery, ships, wind turbines, marine paints, tips for atomic force microscope probes, in sports in bicycles, ice hockey sticks, baseball bats, hunting arrows, surfboards.

Single-walled, double-walled and multi-walled carbon nanotube forests

Branches: chemistry, medicine, pharmacy, environmental, biology, biochemistry, nanoelectronics, electrochemistry, physics, automotive, sport.

Applications: can be used in transistors, supercapacitors, batteries, chips, electrodes, as nanotube membranes, in filtration, desalination, purification of water and gases, energy storage.

Amorphous CNTs

Branches: electronic, chemistry, physics, electrochemistry, automotive, environmental, biological, biochemistry.

Applications: can be used in batteries, supercapacitors, as nanotube membranes, in filtration, desalination, purification of water and gases.

amorphous CNTs

Bamboo-like CNTs

Branches: chemistry, nanoelectronics, physics, environmental, electrochemistry.

Applications: can be used as highly efficient catalysis for oxygen reduction, in batteries, energy storage devices, electrodes.

bamboo-like CNTs2

Multi-branched CNTs

Branches: nanoelectronics, environmental, biochemistry, biology, electrochemistry, physics, chemistry.

Applications: can be used in batteries, transistors, fuel cells, solar cells, supercapacitors.

multi-branched CNTs1

Copper nanotubes

Branches: nanoelectronics, chemistry, electrochemistry, biochemistry, biology, physics.

Applications: can be used in batteries, electrodes, switches, chips.

copper nanotubes

Carbon nanofibers

Branches: chemistry, electrochemistry, medicine, pharmacy, physics, environmental, automotive, biochemistry, biology.

Applications: can be used in supercapacitors, nanocomposites and biomedical nanostructures, hydrogen storage, filtration.

carbon nanofibers1

Carbon microfibers

Branches: electronics, biology, biochemistry, chemistry, electrochemistry, environmental, physics.

Applications: can be used in microelectrodes, supercapacitors, batteries, filtration.

carbon microfibers

Carbon microtubes

Branches: chemistry, biochemistry, environmental, electrochemistry, physics, electronics.

Applications: can be used in batteries, membranes, filtration, chips, transistors, electrodes.

carbon microtubes

Copper nanoneedles

Branches: nanoelectronics, environmental, chemistry, biology, biochemistry, physics

Applications: can be used in batteries, electrodes, solar cells, to create new-generation membranes for practical oil/water separation.

nanoneedles2

Carbon nanocoils (nanosprings)

Branches: environmental, nanoelectronics, chemistry, electrochemistry, biology, biochemistry, physics, polymers.

Applications: can be used to break down microplastics, in sensors, supercapacitors, chips.

nanospring1

Carbon nanoflowers

Branches: biology, chemistry, environmental, nanoelectronics, physics

Applications: can be used for methane storage, batteries, chips, electrodes.

carbon nanoflowers

Carbon nanospheres

Branches: nanoelectronics, electrochemistry, chemistry, physics, environmental.

Applications: can be used in supercapacitors, to adsorb phenol, produce drinkable water and purify arious types of wastewater including seawater, strong acid/alkaline water, and water containing dyes.

carbon nanospheres

Carbon microspheres

Branches: electronics, chemistry, environmental, physics, biochemistry.

Applications: can be used in supercapacitors, batteries, degradation of volatile organic compounds, to adsorb phenol.

carbon micospheres

Graphene

Branches: nanoelectronics, optoelectronics, environmental, biochemistry, chemistry, biology, physics, medicine, pharmacy.

Applications: can be used in batteries, chips, optoelectronic devices, solar cells, filtration, energy, storage.

Graphite

Branches: electronics, chemistry, sport, automotive, electrochemistry, biology, biochemistry, medicine, pharmacy

Applications: can be used in batteries, fishing rods, golf club shafts, bicycle frames, sports car body panels.