Name: anhydrous cerium bromide, cerium bromide ultra dry CAS: 14457-87-5
Molecular formula: CeBr3 Molecular weight: 379.83
Description: Hydrobromide was dehydrated in HBr atmosphere. Introduce pure and dry HBr gas, heat hydrated bromide, and balance with NH4Br. The temperature rises slowly to 250 ℃, by which time most of the water has been removed. Then slowly heat it to 600 ℃, and NH4Br has been completely sublimated to give cerium bromide anhydrous.
Specification:
|
Name |
CeBr3_4N |
CeBr3_3N |
|
|
Molecular formula |
CeBr3 |
CeBr3 |
|
|
CAS |
14457-87-5 |
14457-87-5 |
|
|
Total rare earth TREO |
% |
≥45.00 |
≥44.80 |
|
CeO2/TREO |
% |
≥99.99 |
≥99.90 |
|
Bromide Br- |
% |
≥62.90 |
≥62.70 |
|
Non-rare earth impurities |
% |
≤0.0030 |
≤0.0050 |
|
Water insoluble matter |
% |
≤0.01 |
≤0.05 |
|
Water content |
% |
≤0.10 |
≤0.50 |
|
Property |
White crystalline powder or granular, hygroscopic, need to be stored under vacuum |
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|
Application area |
Raw materials of scintillation crystal cerium bromide crystal (cebr3) and organic chemical reaction catalyst |
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|
Package |
Vacuum packaging, flexible packaging according to customer needs |
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Packing: topical 5kg / bag or 1kg / bag Vacuum packaging, also provided small package: 100g, 200g, 500g aluminum foil bag vacuum small package.
Uses: The raw material of scintillation crystal cerium bromide crystal (CeBr3) can also be used in the manufacture of metal cerium and catalyst.
