4-nitrophenylethylamine hydrobromide CAS:69447-84-3

About 4-nitrophenylethylamine hydrobromide CAS:69447-84-3

ProductName: 4-nitrophenylethylaminehydrobromideCASNo.: 69447-84-31.ProductDescription: 4-nitrophenylethylaminehydrobromide,alsoknownas2-(4-Nitrophenyl)ethanaminehydrobromideorBenzeneethanamine,4-nitro-,hydrobromide,isachemicalcompoundwiththemolecularformulaC8H10BrN2O2andamolecularweightof249.08g/mol.Itappearsasawhitecrystallinepowder.2.PhysicalandChemicalProperties: -Appearance: Whitecrystallinepowder-MolecularFormula: C8H10BrN2O2-MolecularWeight: 249.08g/mol-MeltingPoint: 193-197C-Solubility: Solubleinwater,ethanol,andotherpolarsolvents-Stability: Stableundernormaltemperaturesandpressures-Odor: Odorless3.QualitySpecifications: -Purity: NLT99%-MoistureContent: NMT0.5%-ResidueonIgnition: NMT0.1%-HeavyMetals: NMT20ppm-pHValue: 2.5-3.54.ProductApplications: 4-nitrophenylethylaminehydrobromideisaversatilecompoundusedinvariousindustries.Someofitsapplicationsinclude: -PharmaceuticalIndustry: Itisusedasanintermediateforthesynthesisofpharmaceuticalcompounds.-ResearchandDevelopment: Itisusedasareagentinorganicsynthesisandbiochemicalresearch.-ChemicalIndustry: Itisusedintheproductionofdyesandpigments.5.MarketSize: Themarketsizefor4-nitrophenylethylaminehydrobromidevariesdependingonthedemandfromdifferentindustries.Itiscommonlyusedinthepharmaceuticalindustryandtheresearchsector.Themarketisexpectedtowitnesssteadygrowthduetoitswiderangeofapplicationsandtheincreasingdemandforpharmaceuticalcompoundsandresearchchemicals.Note: Thisdocumentisforinformationalpurposesonlyandshouldnotbeconsideredasaspecificationorguaranteefortheproduct.Usersareadvisedtorefertothespecificproductdocumentationandconducttheirowntestingandevaluationbeforeusingtheproduct.2-(4-Nitrophenyl)ethanaminehydrobromide(1: 1)manufacturerinChinaIndia,2-(4-nitrophenyl)ethanamine,hydrobromidesupplierfromChinaIndia,Benzeneethanamine,4-nitro-,hydrobromide(1: 1)bestprice,4-nitrophenylethylaminehydrobromidebulksupply,4-nitrophenylethylaminehydrobromidepreparationmethod.