Description
Barium Carbonate is an inorganic compound derived from the precipitation of barium hydroxide and carbon dioxide, with urea added to the reaction as a stabilizing agent. Because of how it interacts with certain coloring oxides to produce specialized colors, barium carbonate has applications in the construction material and ceramics industries.
Other names: Witherite, Barium Monocarbonate
Chemical Properties of Barium Carbonate
Barium Carbonate is a white powder that is odorless and tasteless. It is not water-soluble but is soluble in most acids.Â
✔ CAS#: 513-77-9
✔ Chemical Formula: BaCO3
✔ Material is 99% min.
✔ Residue on >45 micron – 1% max
✔ Packaging 55.115 lb bags
Technical Profile of Barium Carbonate
Appearance | White, crystalline powder |
Odor | None |
Boiling Point | 1,450 °C |
Solubility in Water | Insoluble |
Molecular Weight | 197.34 g/mo |
Barium Carbonate Health & Safety Information
GHS Classification | GHS07 |
Risk Codes | R22, harmful if swallowed |
Signal Word | Warning |
Hazard Statements | H302 |
Hazard Codes | Xn, Harmful |
Industries That Use Barium Carbonate
âś” Glass
âś” Ceramics
âś” Pigments and Inks
âś” Industrial
âś” Photography
âś” Chemical
Applications of Barium Carbonate
Barium Carbonate has applications across a variety of industries:
âś” Glass manufacturing
Removes sulfate impurities in the chlor alkali process
âś” Ceramics
Acts as a flux in glazes, providing unique colors and matting effects
âś” Construction materials
Prevents efflorescence in bricks, tiles, and pottery
âś” Chemistry
Precursor for other barium compounds and ferrites
âś” Metallurgy
Aids in steel carburizing and metal surface treatments
âś” Other applications
Water purification, rodent control, and as a catalyst in oxidation reactions
Note: Due to leaching concerns, fritted forms of Barium Carbonate are recommended when used in glazes for food-contact surfaces.
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Additional information
CAS# | 513-77-9 |
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Formula | BaCO3 |