2 Amino 3,5 Di Bromo Benzoic Acid Methyl Easter
Pacific Biochem Private Limited is a renowned
manufacture with exceptional 2 Amino 3,5 Di Bromo Benzoic Acid
Methyl Easter
Please note that the properties mentioned above are purely
hypothetical and based on general knowledge of similar chemical
compounds with aromatic, bromine-substituted, and
ester-containing structures. For a real chemical compound,
accurate data and detailed information would require access to
the appropriate scientific literature or specific laboratory
analysis.
Let's
explore some specific 2 Amino 3,5 Di Bromo Benzoic Acid Methyl
Easter
compounds:
2 Amino 3,5 Di Bromo Benzoic Acid Methyl Easter
| Product: | 2 Amino 3,5 Di Bromo Benzoic Acid Methyl Ester |
| Synonym | N/A (As this compound appears to be unique and hypothetical, there might not be any known synonyms.) |
| CAS # | Not available (As this is a hypothetical compound, it does not have an assigned CAS number.) |
| Empirical Formula: | C9H6Br2NO2 |
| M.W. | Approximately 321.96 g/mol |
| Appearance | 2 Amino 3,5 Di Bromo Benzoic Acid Methyl Ester is likely to be a solid compound with a color that could range from off-white to pale yellow. |
| solubility | The solubility of this hypothetical compound in water is expected to be low due to its aromatic and bromine-substituted nature. It may dissolve better in organic solvents such as ethanol, methanol, acetone, and chloroform. |
| Purity By GC | As a hypothetical compound, purity data by GC is not available. |
| Density: | The density of this hypothetical compound is not provided in the available information. |
| Melting point | The melting point of 2 Amino 3,5 Di Bromo Benzoic Acid Methyl Ester is not available due to its hypothetical nature. |
| Boiling Point | TThe boiling point of this hypothetical compound is not available due to its hypothetical nature. |
| Acidity (HBR) | Given the presence of the bromine and carboxylic acid groups, this compound could potentially release hydrogen bromide (HBr) under certain chemical reactions or acidic conditions. |
| Moisture | As with many chemical compounds, if this hypothetical compound were to exist, it should be handled with care in a dry environment to avoid any potential reactions with moisture or water. |
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