Request Information
Niobium oxide is primary utilized in the production of ceramic, optical glass, and lithium niobate. Admat has multiple grades available to fit your specific requirements.
Unit of Measure

Specifications

Material

 N/A Niobium

Elements

 N/A Antimony (Sb) Arsenic (As) Chromium (Cr) Copper (Cu) Fluorine (F) Iron (Fe) Manganese (Mn) Molybdenum (Mo) Nickel (Ni) Phosphorus (P) Silicon (Si) Tantalum (Ta) Tin (Sn) Titanium (Ti) Tungsten (W) Zicronium + Hafnium (Zr+Hf)

Typical Niobium Oxide Chemical Specifications for Grade 1

Concentration of Grade 1 Element Arsenic (As)

 N/A 10 ppm

Concentration of Grade 1 Element Chromium (Cr)

 N/A 10 ppm

Concentration of Grade 1 Element Copper (Cu)

 N/A 10 ppm

Concentration of Grade 1 Element Fluorine (F)

 N/A 500 ppm

Concentration of Grade 1 Element Iron (Fe)

 N/A 30 ppm

Concentration of Grade 1 Element Manganese (Mn)

 N/A 10 ppm

Concentration of Grade 1 Element Molybdenum (Mo)

 N/A 10 ppm

Concentration of Grade 1 Element Nickel (Ni)

 N/A 20 ppm

Concentration of Grade 1 Element Phosphorus (P)

 N/A 30 ppm

Concentration of Grade 1 Element Antimony (Sb)

 N/A 50 ppm

Concentration of Grade 1 Element Silicon (Si)

 N/A 50 ppm

Concentration of Grade 1 Element Tin (Sn)

 N/A 10 ppm

Concentration of Grade 1 Element Tantalum (Ta)

 N/A 20 ppm

Concentration of Grade 1 Element Titanium (Ti)

 N/A 10 ppm

Concentration of Grade 1 Element Tungsten (W)

 N/A 20 ppm

Concentration of Grade 1 Element Zicronium + Hafnium (Zr+Hf)

 N/A 10 ppm

Loss on Ignition (LOI) for Grade 1

 N/A 0.15 %

Bulk Density for Grade 1

 N/A Up to 1.2 g/cm³

Typical Niobium Oxide Chemical Specifications for Grade 2

Concentration of Grade 2 Element Arsenic (As)

 N/A 10 ppm

Concentration of Grade 2 Element Chromium (Cr)

 N/A 10 ppm

Concentration of Grade 2 Element Copper (Cu)

 N/A 10 ppm

Concentration of Grade 2 Element Fluorine (F)

 N/A 1000 ppm

Concentration of Grade 2 Element Iron (Fe)

 N/A 50 ppm

Concentration of Grade 2 Element Manganese (Mn)

 N/A 10 ppm

Concentration of Grade 2 Element Molybdenum (Mo)

 N/A 10 ppm

Concentration of Grade 2 Element Nickel (Ni)

 N/A 20 ppm

Concentration of Grade 2 Element Phosphorus (P)

 N/A 30 ppm

Concentration of Grade 2 Element Antimony (Sb)

 N/A 200 ppm

Concentration of Grade 2 Element Silicon (Si)

 N/A 50 ppm

Concentration of Grade 2 Element Tin (Sn)

 N/A 10 ppm

Concentration of Grade 2 Element Tantalum (Ta)

 N/A 40 ppm

Concentration of Grade 2 Element Titanium (Ti)

 N/A 10 ppm

Concentration of Grade 2 Element Tungsten (W)

 N/A 20 ppm

Concentration of Grade 2 Element Zicronium + Hafnium (Zr+Hf)

 N/A 10 ppm

Loss on Ignition (LOI) for Grade 2

 N/A 0.20 %

Bulk Density for Grade 2

 N/A Up to 1.2 g/cm³

Typical Niobium Oxide Chemical Specifications for Grade 3

Concentration of Grade 3 Element Arsenic (As)

 N/A 10 ppm

Concentration of Grade 3 Element Chromium (Cr)

 N/A 10 ppm

Concentration of Grade 3 Element Copper (Cu)

 N/A 10 ppm

Concentration of Grade 3 Element Fluorine (F)

 N/A 1000 ppm

Concentration of Grade 3 Element Iron (Fe)

 N/A 100 ppm

Concentration of Grade 3 Element Manganese (Mn)

 N/A 10 ppm

Concentration of Grade 3 Element Molybdenum (Mo)

 N/A 10 ppm

Concentration of Grade 3 Element Nickel (Ni)

 N/A 20 ppm

Concentration of Grade 3 Element Phosphorus (P)

 N/A 30 ppm

Concentration of Grade 3 Element Antimony (Sb)

 N/A 500 ppm

Concentration of Grade 3 Element Silicon (Si)

 N/A 100 ppm

Concentration of Grade 3 Element Tin (Sn)

 N/A 10 ppm

Concentration of Grade 3 Element Tantalum (Ta)

 N/A 500 ppm

Concentration of Grade 3 Element Titanium (Ti)

 N/A 10 ppm

Concentration of Grade 3 Element Tungsten (W)

 N/A 50 ppm

Concentration of Grade 3 Element Zicronium + Hafnium (Zr+Hf)

 N/A 10 ppm

Loss on Ignition (LOI) for Grade 3

 N/A 0.30 %

Bulk Density for Grade 3

 N/A Up to 1.2 g/cm³

Typical Niobium Oxide Chemical Specifications for Grade 4

Concentration of Grade 4 Element Arsenic (As)

 N/A 50 ppm

Concentration of Grade 4 Element Chromium (Cr)

 N/A 20 ppm

Concentration of Grade 4 Element Copper (Cu)

 N/A 20 ppm

Concentration of Grade 4 Element Fluorine (F)

 N/A 2000 ppm

Concentration of Grade 4 Element Iron (Fe)

 N/A 200 ppm

Concentration of Grade 4 Element Manganese (Mn)

 N/A 20 ppm

Concentration of Grade 4 Element Molybdenum (Mo)

 N/A 20 ppm

Concentration of Grade 4 Element Nickel (Ni)

 N/A 30 ppm

Concentration of Grade 4 Element Phosphorus (P)

 N/A 30 ppm

Concentration of Grade 4 Element Antimony (Sb)

 N/A 1000 ppm

Concentration of Grade 4 Element Silicon (Si)

 N/A 200 ppm

Concentration of Grade 4 Element Tin (Sn)

 N/A 10 ppm

Concentration of Grade 4 Element Tantalum (Ta)

 N/A 1000 ppm

Concentration of Grade 4 Element Titanium (Ti)

 N/A 25 ppm

Concentration of Grade 4 Element Tungsten (W)

 N/A 100 ppm

Concentration of Grade 4 Element Zicronium + Hafnium (Zr+Hf)

 N/A 10 ppm

Loss on Ignition (LOI) for Grade 4

 N/A 0.50 %

Bulk Density for Grade 4

 N/A Up to 1.2 g/cm³

Typical Niobium Oxide Chemical Specifications for Grade C

Concentration of Grade C Element Arsenic (As)

 N/A 10 ppm

Concentration of Grade C Element Chromium (Cr)

 N/A 10 ppm

Concentration of Grade C Element Copper (Cu)

 N/A 10 ppm

Concentration of Grade C Element Fluorine (F)

 N/A 500 ppm

Concentration of Grade C Element Iron (Fe)

 N/A 50 ppm

Concentration of Grade C Element Manganese (Mn)

 N/A 10 ppm

Concentration of Grade C Element Molybdenum (Mo)

 N/A 10 ppm

Concentration of Grade C Element Nickel (Ni)

 N/A 10 ppm

Concentration of Grade C Element Phosphorus (P)

 N/A 30 ppm

Concentration of Grade C Element Antimony (Sb)

 N/A 100 ppm

Concentration of Grade C Element Silicon (Si)

 N/A 50 ppm

Concentration of Grade C Element Tin (Sn)

 N/A 10 ppm

Concentration of Grade C Element Tantalum (Ta)

 N/A 100 ppm

Concentration of Grade C Element Titanium (Ti)

 N/A 10 ppm

Concentration of Grade C Element Tungsten (W)

 N/A 20 ppm

Concentration of Grade C Element Zicronium + Hafnium (Zr+Hf)

 N/A 10 ppm

Loss on Ignition (LOI) for Grade C

 N/A 0.25 %

Bulk Density for Grade C

 N/A 0.5 g/cm³

Fisher Sub Sieve Sizer (FSSS) for Grade C

 N/A 0.5 to 0.6 µm

Typical Niobium Oxide Chemical Specifications for 4N Purity Label

Concentration of 4N Purity Label Element Arsenic (As)

 N/A 3 ppm

Concentration of 4N Purity Label Element Chromium (Cr)

 N/A 2 ppm

Concentration of 4N Purity Label Element Copper (Cu)

 N/A 3 ppm

Concentration of 4N Purity Label Element Fluorine (F)

 N/A 50 ppm

Concentration of 4N Purity Label Element Iron (Fe)

 N/A 5 ppm

Concentration of 4N Purity Label Element Manganese (Mn)

 N/A 3 ppm

Concentration of 4N Purity Label Element Molybdenum (Mo)

 N/A 3 ppm

Concentration of 4N Purity Label Element Nickel (Ni)

 N/A 3 ppm

Concentration of 4N Purity Label Element Phosphorus (P)

 N/A 3 ppm

Concentration of 4N Purity Label Element Antimony (Sb)

 N/A 3 ppm

Concentration of 4N Purity Label Element Silicon (Si)

 N/A 15 ppm

Concentration of 4N Purity Label Element Tin (Sn)

 N/A 3 ppm

Concentration of 4N Purity Label Element Tantalum (Ta)

 N/A 15 ppm

Concentration of 4N Purity Label Element Titanium (Ti)

 N/A 3 ppm

Concentration of 4N Purity Label Element Tungsten (W)

 N/A 5 ppm

Concentration of 4N Purity Label Element Zicronium + Hafnium (Zr+Hf)

 N/A 3 ppm

Loss on Ignition (LOI) for 4N Purity Label

 N/A 0.10 %

Typical Niobium Oxide Chemical Specifications for 4N5 Purity Label

Concentration of 4N5 Purity Label Element Arsenic (As)

 N/A 1 ppm

Concentration of 4N5 Purity Label Element Chromium (Cr)

 N/A 1 ppm

Concentration of 4N5 Purity Label Element Copper (Cu)

 N/A 1 ppm

Concentration of 4N5 Purity Label Element Fluorine (F)

 N/A 50 ppm

Concentration of 4N5 Purity Label Element Iron (Fe)

 N/A 1 ppm

Concentration of 4N5 Purity Label Element Manganese (Mn)

 N/A 1 ppm

Concentration of 4N5 Purity Label Element Molybdenum (Mo)

 N/A 1 ppm

Concentration of 4N5 Purity Label Element Nickel (Ni)

 N/A 1 ppm

Concentration of 4N5 Purity Label Element Phosphorus (P)

 N/A 1 ppm

Concentration of 4N5 Purity Label Element Antimony (Sb)

 N/A 1 ppm

Concentration of 4N5 Purity Label Element Silicon (Si)

 N/A 10 ppm

Concentration of 4N5 Purity Label Element Tin (Sn)

 N/A 1 ppm

Concentration of 4N5 Purity Label Element Tantalum (Ta)

 N/A 5 ppm

Concentration of 4N5 Purity Label Element Titanium (Ti)

 N/A 1 ppm

Concentration of 4N5 Purity Label Element Tungsten (W)

 N/A 1 ppm

Concentration of 4N5 Purity Label Element Zicronium + Hafnium (Zr+Hf)

 N/A 1 ppm

Loss on Ignition (LOI) for 4N5 Purity Label

 N/A 0.10 %

Applications

Applications

 N/A Ceramic Lithium Niobate Optical Glass