Microphase Co., Ltd.'s Nanotubes

Our long CNT [LL-CNT] or highly dispersible CNT [HD-CNT] is dispersed in an aqueous solution. The resulting dispersion is a highly conductive paste...

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• Nanotubes

Vertically aligned CNTs have another unique feature. It's a very black thing. Among the generally black carbon materials, the light absorption rate...

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• Nanotubes

Currently, we are recommending powdered CNT, which is characterized by high dispersibility. Due to its unique structure, such as no noticeable bund...

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• Nanotubes

It is a long multi-layered CNT powder. Due to its high aspect ratio and good crystallinity, it is characterized by its high crosslinking, conductiv...

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• Nanotubes

If carbon is doped with nitrogen and pyridine-type nitrogen sites are successfully formed, oxidation and reduction functions similar to those of pl...

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• Nanotubes

The mainstream catalyst electrode material for polymer electrolyte fuel cells is one in which Pt nanoparticles are supported on a carbon black carr...

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• Nanotubes

Highly dispersible CNT [HD-CNT] or long CNT [LL-CNT] is further calcined at 3,000℃ to create a CNT with perfect graphite crystals (for crystallinit...

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• Nanotubes

Vertically aligned CNTs are grown on both sides of metal foil such as Cu or Zr, and the total thickness is 100 to 200 μm. One idea currently being ...

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• Nanotubes

CNTs grown on one or both sides of carbon paper or metal mesh. It can simultaneously achieve electrical conductivity, gas permeability, and diffusi...

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• Nanotubes

Due to temperature limits, CNTs cannot be grown directly on polymer films such as rubber or resin. However, vertically aligned CNTs grown on an ino...

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• Nanotubes

Vertically aligned CNTs are produced by depositing a catalyst on a heat-resistant substrate such as metal or ceramics and heating the substrate to ...

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• Nanotubes

Due to temperature limits, CNTs cannot be grown directly on polymer films such as rubber or resin. However, once vertically aligned CNTs are grown ...

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• Nanotubes