NanoAmor: Nanoparticles, Nanopowders, Nanofillers, Dispersible Carbon Nanotubes, Conductive Carbon Nanofibers, Nanorods, Dispersions and Custom Nanopowders - Other Nanotubes (Metals, Compounds, Ixides, and Hydroxides)

Other Nanotubes

Other NanoAmor Nanotubes:

Our company has the capability to produce nanotubes of metals, compounds, oxides and hydroxides. Note that products without a link are there to indicate our capability to produce them. They are not in stock, so for further product details, as well as quote and lead time estimates, please send a detailed e-mail to our technical department. Customers may also be interested in our carbon nanotubes and our nanorods and nanowhiskers.

Nanotubes of
Elements

Nanotubes of
Compounds

Nanotubes of
Oxides and Hydroxides

Ag (OD: 90 nm, ID 70 nm, L: 5 um)
Ag (OD: < 10 nm, ID: 3 nm, L: 4 um)
Au (OD: 80-100 nm, ID 60-80 nm, L: 3-10 um)
Au (OD: < 10 nm, ID: 2-5 nm, L: 0.3-8 um)
Ir (OD: < 10 nm, ID: 2-5 nm, L: 0.3-8 um)
Pd (OD: < 10 nm, ID: 2-5 nm, L: 0.3-8 um)
Pt (OD: < 10 nm, ID: 2-5 nm, L: 0.3-8 um)
Rh (OD: < 10 nm, ID: 2-5 nm, L: 0.3-8 um)

B₄C (OD: 100-150 nm, ID: 60-120 nm, L: 5-30 um)
BN (OD: 30-70 nm, ID: 10-40 nm, L: 0.5 -6 um)
Bi₂Te₃ (OD: 10-100 nm, ID: 5-50 nm, L: 5-50 um)
LaF₃ (OD: 40-100 nm, ID: 20-80 nm, L: 3-20 um)
La₂S₃ (OD: 40-100 nm, ID: 20-80 nm, L: 3-20 um)
MoS₂ (OD: 25-60 nm, ID: 10-25 nm, L: 3-8 um)
NbS₂ (OD: 25-60 nm, ID: 10-25 nm, L: 3-8 um)
SiC (OD: 80-100 nm, ID: 50-80 nm, L: 4-10 um)
TiS₂ (OD: 25-60 nm, ID: 10-25 nm, L: 3-8 um)
WS₂ (OD: 25-60 nm, ID: 10-25 nm, L: 3-8 um)
Y₂S₃ (OD: 40-100 nm, ID: 20-80 nm, L: 3-20 um)
ZrS₂ (OD: 25-60 nm, ID: 10-25 nm, L: 3-8 um)

Al₂O₃ (OD: 40-60 nm, ID: 15-25 nm, L: 1-4 um)
Al₂O₃/SiO₂ (OD: 80-100 nm, ID: 25-40 nm, L: 0.5-3 um)
BaSnO₃(OD: 150-200 nm, ID: 30-100-150 nm, L: 0.5-8 um)
BaTiO₃(OD: 150-200 nm, ID: 30-100-150 nm, L: 0.5-8 um)
CaSnO₃(OD: 150-200 nm, ID: 30-100-150 nm, L: 0.5-8 um)
CuO (OD: 60-100 nm, ID: 30-70 nm, L: 5-20 um)
La₂O₃(OD: 40-100 nm, ID: 20-80 nm, L: 3-20 um)
La(OH)₃(OD: 40-100 nm, ID: 20-80 nm, L: 3-20 um)
MgO (OD: 30-70 nm, ID: 10-40 nm, L: 0.5-6 um)
MgSnO₃(OD: 150-200 nm, ID: 30-100-150 nm, L: 0.5-8 um)
Ni(OH)₂(OD: 150-200 nm, ID: 100-150 nm, L: 30-80 um)
SiO₂        (OD: 80-100 nm, ID: 25-40 nm, L: 0.5-3 um)
        (OD: 100-200 nm, ID: 80-150 nm, L: 5-20 um)
SrTiO₃(OD: 150-200 nm, ID: 30-100-150 nm, L: 0.5-8 um)
TiO₂(OD: 8-10 nm, ID: 3-5 nm, L: 0.5-5 um)
      (OD: 10-80 nm, ID: 5-60 nm, L: 0.2-10 um)
Y₂O₃(OD: 40-100 nm, ID: 20-80 nm, L: 3-20 um)
Y(OH)₃(OD: 40-100 nm, ID: 20-80 nm, L: 3-20 um)

Please note that nanotubes should be well dispersed for certain applications (most of our short nanotubes are easily dispersible, given proper ultrasonication, solvent and surfactants). Some abbreviations used on this part of our website:

OD = outer diameter of nanotube
ID = inside diameter of nanotube
L = length of nanotube
WT = wall thickness of nanotube
SSA = specific surface area
CVD = Chemical Vapor Deposition
TEM = Transmission Electron Microscopy
XRD = X-Ray Diffraction