Product | Bismuth Oxide Nanopowder | |
Stock No | NS6130-03-370 | |
CAS | 1304-76-3 | Confirm |
HS Code | 28256020 | Confirm |
Purity | 99.9% | Confirm |
APS | 20nm | Confirm |
Molecular Formula | Bi2O3 | Confirm |
Molecular Weight | 465.96 g/mol | Confirm |
Form | Powder | Confirm |
Color | Light Yellow | Confirm |
Density | 8.90 g/cm³ | Confirm |
Melting Point | 817 °C | Confirm |
Boiling Point | 1890 °C | Confirm |
Solubility | Insoluble in water | |
Quality Control | Each Lot of was tested successfully | |
Main Inspect Verifier | Manager QC |
Typical Chemical Analysis
Assay | 99.9% |
Other Metal | 800ppm |
Bismuth oxide nanopowder as a component finds use in wide applications in varistors, catalysts and gas sensors. Bi2O3 exhibits the highest ion conductivity of all oxide ion conductors. Bismuth oxide nanopowder is an advanced functional material with potential applications such as functional electronic material, burning rate catalyst, photocatalytic decomposition material, optical material, medical composite material, and anti-radiative material.
Bismuth oxide nanopowder (Bi2O3) is the prevalent commercial oxide of bismuth. A precursor to the preparation of other compounds of bismuth, including the chemical reagents, bismuth trioxide has specialized uses in optical glass, flame-retardant paper, and, increasingly, in glaze formulations where it substitutes for lead oxides. In the last decade, bismuth trioxide has also become a key ingredient in flux formulations used by mineral analysts in fire assaying
Bismuth oxide nanopowder (Bi2O3) has an activating wavelength above 388 nm. The energy band gap of Bi2O3 is 2.6 to 2.8 eV, which has a broader absorption range in visible light. Accordingly, as a photocatalyst material, bismuth oxide is a suitable candidate for the suppression of blue light and UV in white-light LEDs.
Bismuth oxide nanopowder as a component finds use in wide applications in varistors, catalysts and gas sensors. Bismuth oxide nanopowder exhibits the highest ion conductivity of all oxide ion conductors. The main applications of bismuth oxide nanoparticles are electrochemical applications, such as in the electrolyte or cathode of solid oxide fuel cells (SOFC), in biomedical and cancer imaging and for other photoconductive characteristics in thin films.
Bismuth oxide nanopowder is also used as an additive in paints, among various applications; Bismuth oxide (Bi2O3) arouses increasing attention as a photocatalyst over the last few years. Interest has focused on δ- Bi2O3 as it is principally an ionic conductor. In addition to electrical properties, thermal expansion properties are very important when considering possible applications for solid electrolytes. High thermal expansion coefficients represent large dimensional variations under heating and cooling, which would limit the performance of an electrolyte.
Bismuth oxide nanopowder as a component finds use in wide applications in varistors, catalysts and gas sensors. Bi2O3 exhibits the highest ion conductivity of all oxide ion conductors. Bismuth oxide nanopowder is an advanced functional material with potential applications such as functional electronic material, burning rate catalyst, photocatalytic decomposition material, optical material, medical composite material, and anti-radiative material.
Bismuth oxide nanopowder is also used as an additive in paints, among various applications; Bismuth oxide (Bi2O3) arouses increasing attention as a photocatalyst over the last few years. Interest has focused on δ- Bi2O3 as it is principally an ionic conductor. In addition to electrical properties, thermal expansion properties are very important when considering possible applications for solid electrolytes. High thermal expansion coefficients represent large dimensional variations under heating and cooling, which would limit the performance of an electrolyte.
Bismuth oxide nanopowder (Bi2O3) has an activating wavelength above 388 nm. The energy band gap of Bi2O3 is 2.6 to 2.8 eV, which has a broader absorption range in visible light. Accordingly, as a photocatalyst material, bismuth oxide is a suitable candidate for the suppression of blue light and UV in white-light LEDs.
Bismuth oxide nanopowder as a component finds use in wide applications in varistors, catalysts and gas sensors. Bismuth oxide nanopowder exhibits the highest ion conductivity of all oxide ion conductors. The main applications of bismuth oxide nanoparticles are electrochemical applications, such as in the electrolyte or cathode of solid oxide fuel cells (SOFC), in biomedical and cancer imaging and for other photoconductive characteristics in thin films.
Bismuth oxide nanopowder (Bi2O3) is the prevalent commercial oxide of bismuth. A precursor to the preparation of other compounds of bismuth, including the chemical reagents, bismuth trioxide has specialized uses in optical glass, flame-retardant paper, and, increasingly, in glaze formulations where it substitutes for lead oxides. In the last decade, bismuth trioxide has also become a key ingredient in flux formulations used by mineral analysts in fire assaying
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Bismuth Oxide Nanopowder (Bi2O3, Purity: 99.9%, APS: 20nm)