Compounds
- Elements List
- Aluminium, Al
- Antimony, Sb
- Arsenic, As
- Barium, Ba
- Berrylium, Be
- Bismuth, Bi
- Boron, B
- Cadmium, Cd
- Calcium, Ca
- Carbon, C (Graphite)
- Cerium, Ce
- Cesium, Cs
- Chromium, Cr
- Cobalt, Co
- Copper, Cu
- Dysprosium, Dy
- Erbium, Er
- Europium, Eu
- Gadolinium, Gd
- Gallium, Ga
- Germanium, Ge
- Gold, Au
- Hafnium, Hf
- Holmium, Ho
- Indium, In
- Iridium, Ir
- Iron, Fe
- Lanthanum, La
- Lead, Pb
- Lithium, Li
- Lutetium, Lu
- Magnesium, Mg
- Manganese, Mn
- Molybdenum, Mo
- Neodymium, Nd
- Nickel, Ni
- Niobium, Nb
- Palladium, Pd
- Phosphorus, P
- Platinum, Pt
- Potassium, K
- Praseodymium, Pr
- Rhenium, Re
- Rubidium, Rb
- Ruthenium, Ru
- Samarium, Sm
- Scandium, Sc
- Selenium, Se
- Silicon, Si
- Silver, Ag
- Sodium, Na
- Strontium, Sr
- Tantalum, Ta
- Tellurium, Te
- Terbium, Tb
- Thallium, Tl
- Thulium, Tm
- Tin, Sn
- Titanium, Ti
- Tungsten, W
- Vanadium, V
- Ytterbium, Yb
- Yttrium, Y
- Zinc, Zn
- Zirconium, Zr
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Niobium, Nb Compounds
Available Forms:
Powders:
| N3-10005-P SuperVac® Niobium Aluminide, Nb3Al, -100 mesh, 99.5% pure | Evaporation Techniques | |||||
| Density g/cm3 | Crucible | |||||
| Melting Point °C | Coil | |||||
| E-Beam | Boat | |||||
Qty in grams: | Index of Refraction @ microns | |||||
| N3-10006-P SuperVac® Niobium Aluminide, NbAl3, -325 mesh (typ. ≤10 microns), 99.5% pure | Evaporation Techniques | |||||
| Density g/cm3 | Crucible | |||||
| Melting Point °C | Coil | |||||
| E-Beam | Boat | |||||
 | Qty in grams: | Index of Refraction @ microns | ||||
| N3-10008-P SuperVac® Niobium Boride, NbB2, -325 mesh (typ. ≤10 microns), 99.5% pure | Evaporation Techniques | |||||
| Density g/cm3 | 6.97 | Crucible | ||||
| Melting Point °C | 3050 | Coil | ||||
| E-Beam | Boat | |||||
Qty in grams: | Index of Refraction @ microns | |||||
| N3-10009-P SuperVac® Niobium Bromide, NbBr5, -100 mesh, 99.9% pure | Evaporation Techniques | |||||
| Density g/cm3 | Crucible | |||||
| Melting Point °C | Coil | |||||
| E-Beam | Boat | |||||
| Qty in grams: | Index of Refraction @ microns | ||||
| N3-10011-P SuperVac® Niobium Carbide, Nb2C, -325 mesh (typ. ≤10 microns), 99.5% pure | Evaporation Techniques | |||||
| Density g/cm3 | Crucible | |||||
| Melting Point °C | Coil | |||||
| E-Beam | Boat | |||||
Qty in grams: | Index of Refraction @ microns | |||||
| N3-10010-P SuperVac® Niobium Carbide, NbC, -325 mesh (typ. ≤10 microns), 99.5% pure | Evaporation Techniques | |||||
| Density g/cm3 | 7.82 | Crucible | ||||
| Melting Point °C | 3800 | Coil | ||||
| E-Beam | Fair | Boat | ||||
Qty in grams: | Index of Refraction @ microns | |||||
| N3-10012-P SuperVac® Niobium Chloride, NbCl5, -100 mesh, 99.95% pure | Evaporation Techniques | |||||
| Density g/cm3 | Crucible | |||||
| Melting Point °C | Coil | |||||
| E-Beam | Boat | |||||
| Qty in grams: | Index of Refraction @ microns | ||||
| N3-10013-P SuperVac® Niobium Chromate, NbCr2, -325 mesh (typ. ≤10 microns), 99.5% pure | Evaporation Techniques | |||||
| Density g/cm3 | Crucible | |||||
| Melting Point °C | Coil | |||||
| E-Beam | Boat | |||||
Qty in grams: | Index of Refraction @ microns | |||||
| N3-10014-P SuperVac® Niobium Fluoride, NbF5, -80 mesh, 99.5% pure | Evaporation Techniques | |||||
| Density g/cm3 | Crucible | |||||
| Melting Point °C | Coil | |||||
| E-Beam | Boat | |||||
| Qty in grams: | Index of Refraction @ microns | ||||
| N3-10015-P SuperVac® Niobium Gallide, Nb3Ga, -100 mesh, 99.5% pure | Evaporation Techniques | |||||
| Density g/cm3 | Crucible | |||||
| Melting Point °C | Coil | |||||
| E-Beam | Boat | |||||
Qty in grams: | Index of Refraction @ microns | |||||
| N3-10016-P SuperVac® Niobium Gallide, NbGa3, -100 mesh, 99.5% pure | Evaporation Techniques | |||||
| Density g/cm3 | Crucible | |||||
| Melting Point °C | Coil | |||||
| E-Beam | Boat | |||||
Qty in grams: | Index of Refraction @ microns | |||||
| N3-10017-P SuperVac® Niobium Germanide, Nb3Ge, -100 mesh, 99.5% pure | Evaporation Techniques | |||||
| Density g/cm3 | Crucible | |||||
| Melting Point °C | Coil | |||||
| E-Beam | Boat | |||||
Qty in grams: | Index of Refraction @ microns | |||||
| N3-10019-P SuperVac® Niobium Nitride, NbN, -325 mesh (typ. ≤10 microns), 99.5% pure | Evaporation Techniques | |||||
| Density g/cm3 | 8.4 | Crucible | ||||
| Melting Point °C | 2573 | Coil | ||||
| E-Beam | Boat | |||||
 | Qty in grams: | Index of Refraction @ microns | ||||
| N3-10024-P SuperVac® Niobium Oxide, Nb2O5, <5 microns average, 99.998% pure | Evaporation Techniques | |||||
| Density g/cm3 | 4.47 | Crucible | ||||
| Melting Point °C | 1530 | Coil | ||||
| E-Beam | Boat | W | ||||
Qty in grams: | Index of Refraction @ microns | |||||
| N3-10023-P SuperVac® Niobium Oxide, Nb2O5, -325 mesh (typ. ≤10 microns), 99.5% pure | Evaporation Techniques | |||||
| Density g/cm3 | 4.47 | Crucible | ||||
| Melting Point °C | 1530 | Coil | ||||
| E-Beam | Boat | W | ||||
Qty in grams: | Index of Refraction @ microns | |||||
| N3-10022-P SuperVac® Niobium Oxide, Nb2O5, -325 mesh (typ. ≤10 microns), 99.95% pure | Evaporation Techniques | |||||
| Density g/cm3 | 4.47 | Crucible | ||||
| Melting Point °C | 1530 | Coil | ||||
| E-Beam | Boat | W | ||||
Qty in grams: | Index of Refraction @ microns | |||||
| N3-10020-P SuperVac® Niobium Oxide, NbO, -100 mesh, 99.9% pure | Evaporation Techniques | |||||
| Density g/cm3 | 6.27 | Crucible | ||||
| Melting Point °C | Coil | |||||
| E-Beam | Boat | Pt or W | ||||
Qty in grams: | Index of Refraction @ microns | |||||
| N3-10021-P SuperVac® Niobium Oxide, NbO2, -200 mesh, 99.9% pure | Evaporation Techniques | |||||
| Density g/cm3 | Crucible | |||||
| Melting Point °C | Coil | |||||
| E-Beam | Boat | |||||
Qty in grams: | Index of Refraction @ microns | |||||
| N3-10026-P SuperVac® Niobium Selenide, NbSe2, ≤5 microns, 99.8% pure | Evaporation Techniques | |||||
| Density g/cm3 | Crucible | |||||
| Melting Point °C | Coil | |||||
| E-Beam | Boat | |||||
| Qty in grams: | Index of Refraction @ microns | ||||
| N3-10028-P SuperVac® Niobium Silicide, Nb5Si3, -325 mesh (typ. ≤10 microns), 99.5% pure | Evaporation Techniques | |||||
| Density g/cm3 | Crucible | |||||
| Melting Point °C | Coil | |||||
| E-Beam | Boat | |||||
Qty in grams: | Index of Refraction @ microns | |||||
| N3-10027-P SuperVac® Niobium Silicide, NbSi2, -325 mesh (typ. ≤10 microns), 99.5% pure | Evaporation Techniques | |||||
| Density g/cm3 | Crucible | |||||
| Melting Point °C | Coil | |||||
| E-Beam | Boat | |||||
Qty in grams: | Index of Refraction @ microns | |||||
| N3-10029-P SuperVac® Niobium Stannide, Nb3Sn, -100 mesh, 99.5% pure | Evaporation Techniques | |||||
| Density g/cm3 | Crucible | |||||
| Melting Point °C | Coil | |||||
| E-Beam | Boat | |||||
Qty in grams: | Index of Refraction @ microns | |||||
| N3-10030-P SuperVac® Niobium Stannide, NbSn2, -100 mesh, 99.5% pure | Evaporation Techniques | |||||
| Density g/cm3 | Crucible | |||||
| Melting Point °C | Coil | |||||
| E-Beam | Boat | |||||
Qty in grams: | Index of Refraction @ microns | |||||
| N3-10032-P SuperVac® Niobium Sulphide, NbTe2, -325 mesh (typ. ≤10 microns), 99.8% pure | Evaporation Techniques | |||||
| Density g/cm3 | Crucible | |||||
| Melting Point °C | Coil | |||||
| E-Beam | Boat | |||||
| Qty in grams: | Index of Refraction @ microns | ||||
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High Purity Materials For Research, Development and Industry © 2012 Testbourne Limited
