Niobium Oxide
Product Details
| Material | Niobium |
|---|---|
| Elements |
Chromium (Cr) |
Typical Niobium Oxide Chemical Specifications for Grade 1
| Concentration of Grade 1 Element Arsenic (As) |
10 ppm |
|---|---|
| Concentration of Grade 1 Element Chromium (Cr) |
10 ppm |
| Concentration of Grade 1 Element Copper (Cu) |
10 ppm |
| Concentration of Grade 1 Element Fluorine (F) |
500 ppm |
| Concentration of Grade 1 Element Iron (Fe) |
30 ppm |
| Concentration of Grade 1 Element Manganese (Mn) |
10 ppm |
| Concentration of Grade 1 Element Molybdenum (Mo) |
10 ppm |
| Concentration of Grade 1 Element Nickel (Ni) |
20 ppm |
| Concentration of Grade 1 Element Phosphorus (P) |
30 ppm |
| Concentration of Grade 1 Element Antimony (Sb) |
50 ppm |
| Concentration of Grade 1 Element Silicon (Si) |
50 ppm |
| Concentration of Grade 1 Element Tin (Sn) |
10 ppm |
| Concentration of Grade 1 Element Tantalum (Ta) |
20 ppm |
| Concentration of Grade 1 Element Titanium (Ti) |
10 ppm |
| Concentration of Grade 1 Element Tungsten (W) |
20 ppm |
| Concentration of Grade 1 Element Zicronium + Hafnium (Zr+Hf) |
10 ppm |
| Loss on Ignition (LOI) for Grade 1 |
0.15 % |
| Bulk Density for Grade 1 |
Up to 1.2 g/cm³ |
Typical Niobium Oxide Chemical Specifications for Grade 2
| Concentration of Grade 2 Element Arsenic (As) |
10 ppm |
|---|---|
| Concentration of Grade 2 Element Chromium (Cr) |
10 ppm |
| Concentration of Grade 2 Element Copper (Cu) |
10 ppm |
| Concentration of Grade 2 Element Fluorine (F) |
1000 ppm |
| Concentration of Grade 2 Element Iron (Fe) |
50 ppm |
| Concentration of Grade 2 Element Manganese (Mn) |
10 ppm |
| Concentration of Grade 2 Element Molybdenum (Mo) |
10 ppm |
| Concentration of Grade 2 Element Nickel (Ni) |
20 ppm |
| Concentration of Grade 2 Element Phosphorus (P) |
30 ppm |
| Concentration of Grade 2 Element Antimony (Sb) |
200 ppm |
| Concentration of Grade 2 Element Silicon (Si) |
50 ppm |
| Concentration of Grade 2 Element Tin (Sn) |
10 ppm |
| Concentration of Grade 2 Element Tantalum (Ta) |
40 ppm |
| Concentration of Grade 2 Element Titanium (Ti) |
10 ppm |
| Concentration of Grade 2 Element Tungsten (W) |
10 ppm |
| Concentration of Grade 2 Element Zicronium + Hafnium (Zr+Hf) |
10 ppm |
| Loss on Ignition (LOI) for Grade 2 |
0.20 % |
| Bulk Density for Grade 2 |
Up to 1.2 g/cm³ |
Typical Niobium Oxide Chemical Specifications for Grade 3
| Concentration of Grade 3 Element Arsenic (As) |
10 ppm |
|---|---|
| Concentration of Grade 3 Element Chromium (Cr) |
10 ppm |
| Concentration of Grade 3 Element Copper (Cu) |
10 ppm |
| Concentration of Grade 3 Element Fluorine (F) |
1000 ppm |
| Concentration of Grade 3 Element Iron (Fe) |
100 ppm |
| Concentration of Grade 3 Element Manganese (Mn) |
10 ppm |
| Concentration of Grade 3 Element Molybdenum (Mo) |
10 ppm |
| Concentration of Grade 3 Element Nickel (Ni) |
20 ppm |
| Concentration of Grade 3 Element Phosphorus (P) |
30 ppm |
| Concentration of Grade 3 Element Antimony (Sb) |
500 ppm |
| Concentration of Grade 3 Element Silicon (Si) |
100 ppm |
| Concentration of Grade 3 Element Tin (Sn) |
10 ppm |
| Concentration of Grade 3 Element Tantalum (Ta) |
500 ppm |
| Concentration of Grade 3 Element Titanium (Ti) |
10 ppm |
| Concentration of Grade 3 Element Tungsten (W) |
50 ppm |
| Concentration of Grade 3 Element Zicronium + Hafnium (Zr+Hf) |
10 ppm |
| Loss on Ignition (LOI) for Grade 3 |
0.30 % |
| Bulk Density for Grade 3 |
Up to 1.2 g/cm³ |
Typical Niobium Oxide Chemical Specifications for Grade 4
| Concentration of Grade 4 Element Arsenic (As) |
50 ppm |
|---|---|
| Concentration of Grade 4 Element Chromium (Cr) |
20 ppm |
| Concentration of Grade 4 Element Copper (Cu) |
20 ppm |
| Concentration of Grade 4 Element Fluorine (F) |
2000 ppm |
| Concentration of Grade 4 Element Iron (Fe) |
200 ppm |
| Concentration of Grade 4 Element Manganese (Mn) |
20 ppm |
| Concentration of Grade 4 Element Molybdenum (Mo) |
20 ppm |
| Concentration of Grade 4 Element Nickel (Ni) |
30 ppm |
| Concentration of Grade 4 Element Phosphorus (P) |
30 ppm |
| Concentration of Grade 4 Element Antimony (Sb) |
1000 ppm |
| Concentration of Grade 4 Element Silicon (Si) |
200 ppm |
| Concentration of Grade 4 Element Tin (Sn) |
10 ppm |
| Concentration of Grade 4 Element Tantalum (Ta) |
1000 ppm |
| Concentration of Grade 4 Element Titanium (Ti) |
25 ppm |
| Concentration of Grade 4 Element Tungsten (W) |
100 ppm |
| Concentration of Grade 4 Element Zicronium + Hafnium (Zr+Hf) |
10 ppm |
| Loss on Ignition (LOI) for Grade 4 |
0.50 % |
| Bulk Density for Grade 4 |
Up to 1.2 g/cm³ |
Typical Niobium Oxide Chemical Specifications for Grade C
| Concentration of Grade C Element Arsenic (As) |
10 ppm |
|---|---|
| Concentration of Grade C Element Chromium (Cr) |
10 ppm |
| Concentration of Grade C Element Copper (Cu) |
10 ppm |
| Concentration of Grade C Element Fluorine (F) |
500 ppm |
| Concentration of Grade C Element Iron (Fe) |
50 ppm |
| Concentration of Grade C Element Manganese (Mn) |
10 ppm |
| Concentration of Grade C Element Molybdenum (Mo) |
10 ppm |
| Concentration of Grade C Element Nickel (Ni) |
10 ppm |
| Concentration of Grade C Element Phosphorus (P) |
30 ppm |
| Concentration of Grade C Element Antimony (Sb) |
100 ppm |
| Concentration of Grade C Element Silicon (Si) |
50 ppm |
| Concentration of Grade C Element Tin (Sn) |
10 ppm |
| Concentration of Grade C Element Tantalum (Ta) |
100 ppm |
| Concentration of Grade C Element Titanium (Ti) |
10 ppm |
| Concentration of Grade C Element Tungsten (W) |
20 ppm |
| Concentration of Grade C Element Zicronium + Hafnium (Zr+Hf) |
10 ppm |
| Loss on Ignition (LOI) for Grade C |
0.25 % |
| Bulk Density for Grade C |
0.5 g/cm³ |
| Fisher Sub Sieve Sizer (FSSS) for Grade C |
0.5 to 0.6 µm |
Typical Niobium Oxide Chemical Specifications for 4N Purity Label
| Concentration of 4N Purity Label Element Arsenic (As) |
3 ppm |
|---|---|
| Concentration of 4N Purity Label Element Chromium (Cr) |
2 ppm |
| Concentration of 4N Purity Label Element Copper (Cu) |
3 ppm |
| Concentration of 4N Purity Label Element Fluorine (F) |
50 ppm |
| Concentration of 4N Purity Label Element Iron (Fe) |
5 ppm |
| Concentration of 4N Purity Label Element Manganese (Mn) |
3 ppm |
| Concentration of 4N Purity Label Element Molybdenum (Mo) |
3 ppm |
| Concentration of 4N Purity Label Element Nickel (Ni) |
3 ppm |
| Concentration of 4N Purity Label Element Phosphorus (P) |
3 ppm |
| Concentration of 4N Purity Label Element Antimony (Sb) |
3 ppm |
| Concentration of 4N Purity Label Element Silicon (Si) |
15 ppm |
| Concentration of 4N Purity Label Element Tin (Sn) |
3 ppm |
| Concentration of 4N Purity Label Element Tantalum (Ta) |
15 ppm |
| Concentration of 4N Purity Label Element Titanium (Ti) |
3 ppm |
| Concentration of 4N Purity Label Element Tungsten (W) |
5 ppm |
| Concentration of 4N Purity Label Element Zicronium + Hafnium (Zr+Hf) |
3 ppm |
| Loss on Ignition (LOI) for 4N Purity Label |
0.10 % |
Typical Niobium Oxide Chemical Specifications for 4N5 Purity Label
| Concentration of 4N5 Purity Label Element Arsenic (As) |
1 ppm |
|---|---|
| Concentration of 4N5 Purity Label Element Chromium (Cr) |
1 ppm |
| Concentration of 4N5 Purity Label Element Copper (Cu) |
1 ppm |
| Concentration of 4N5 Purity Label Element Fluorine (F) |
50 ppm |
| Concentration of 4N5 Purity Label Element Iron (Fe) |
1 ppm |
| Concentration of 4N5 Purity Label Element Manganese (Mn) |
1 ppm |
| Concentration of 4N5 Purity Label Element Molybdenum (Mo) |
1 ppm |
| Concentration of 4N5 Purity Label Element Nickel (Ni) |
1 ppm |
| Concentration of 4N5 Purity Label Element Phosphorus (P) |
1 ppm |
| Concentration of 4N5 Purity Label Element Antimony (Sb) |
1 ppm |
| Concentration of 4N5 Purity Label Element Silicon (Si) |
10 ppm |
| Concentration of 4N5 Purity Label Element Tin (Sn) |
1 ppm |
| Concentration of 4N5 Purity Label Element Tantalum (Ta) |
5 ppm |
| Concentration of 4N5 Purity Label Element Titanium (Ti) |
1 ppm |
| Concentration of 4N5 Purity Label Element Tungsten (W) |
1 ppm |
| Concentration of 4N5 Purity Label Element Zicronium + Hafnium (Zr+Hf) |
1 ppm |
| Loss on Ignition (LOI) for 4N5 Purity Label |
0.10 % |
Applications
| Applications |
Optical Glass |
|---|