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Home CSSB00011438257

4-bromopyrimidine


Structure Info


Chemspace ID
CSSB00011438257 (In-Stock Building Blocks)
CAS
31462-56-3, 594-61-6
MFCD
MFCD09749817, MFCD12913811, MFCD09749817
IUPAC Name
4-bromopyrimidine
Mol formula
C4H3BrN2
Mol weight
159 Da
Catalog Number(s)
31010, 131816, 31462-56-3, 70R0124, A089000456, A18052, A738998, AA00BZFV, ACDS-028009, ACUSEC624, AD289586, AF09481, AF59047, AG-B10864, AG00BZIN, AGN-PC-07H7ZA, AKOS007929977, ArZ-UP381985, B786510, BB020927, BBLS00011438257, BBV-32606442, BD40834, BVV-821315227, CM107755, CS-0040901, CSC011438257, D381734, D565640, EN300-69571, FB11225, H11700, HFC1631, HS-3092, HY-22366, JH253065, LAN-B29426, LN00226099, LQT-B29483, PB00124, SC-19730, TX00C0OB, W-202291, Y0976189, Y1913, Z800213196, ZB2114, ZXC155121, bbls00011438257, seKH-541
Dangerous substance

Properties

LogP
1.02
Heavy atoms count
7
Rotatable bond count
0
Number of rings
1
Carbon bond saturation, Fsp3
0
Polar surface area (Å)
26
Hydrogen bond acceptors count
2
Hydrogen bond donors count
0

SDS

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Items Overall 24 items from 6 suppliers

SupplierLead timeShips fromPurityPackPrice, $Qty
BB4LS US2 daysUnited States
To:
9550 umol15.00
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BB4LS US2 daysUnited States
To:
95100 umol15.00
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BB4LS US2 daysUnited States
To:
95200 umol17.65
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BB4LS US2 daysUnited States
To:
95300 umol20.62
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BB4LS US2 daysUnited States
To:
95500 umol23.00
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BB4LS EU7 daysLatvia
To:
9550 umol15.00
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BB4LS EU7 daysLatvia
To:
95100 umol15.00
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BB4LS EU7 daysLatvia
To:
95200 umol17.65
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BB4LS EU7 daysLatvia
To:
95300 umol20.62
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BB4LS EU7 daysLatvia
To:
95500 umol23.00
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StruChem CO., LTD10 daysChina
To:
9510 g431.00
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Description: CAS: 31462-56-3
Advanced ChemBlocks CN12 daysChina
To:
951 g395.00
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Advanced ChemBlocks CN12 daysChina
To:
955 g950.00
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Description: 4-Bromopyrimidine; CAS: 31462-56-3
Enamine Ltd.15 daysUkraine
To:
9550 mg19.00
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Enamine Ltd.15 daysUkraine
To:
95100 mg23.00
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Enamine Ltd.15 daysUkraine
To:
95250 mg34.00
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Enamine Ltd.15 daysUkraine
To:
95500 mg52.00
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Enamine Ltd.15 daysUkraine
To:
951 g67.00
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Enamine Ltd.15 daysUkraine
To:
952.5 g115.00
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BB4LS CN15 daysChina
To:
9550 umol383.94
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BB4LS CN15 daysChina
To:
95100 umol391.05
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BB4LS CN15 daysChina
To:
95200 umol398.16
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BB4LS CN15 daysChina
To:
95300 umol405.27
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BB4LS CN15 daysChina
To:
95500 umol412.38
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4-Bromopyrimidine: Overview and chemical identifiers

4-Bromopyrimidine is a halogenated nitrogen heterocycle based on the pyrimidine ring. It contains nitrogen atoms at positions 1 and 3 and a bromine substituent at carbon 4. The 4-bromopyrimidine CAS number is 31462-56-3. This identifier, together with the formula and structure, distinguishes the compound from other bromopyrimidine isomers and salt forms found under similar catalog names.

Names, synonyms and CAS 31462-56-3

The preferred name is 4-Bromopyrimidine; the catalog form pyrimidine, 4-bromo- describes the same neutral structure. The expression 4 Bromopyrimidine, without a hyphen, is an informal search variant rather than the preferred chemical spelling. Salt forms such as 4-Bromopyrimidine hydrochloride or hydrobromide have different compositions and are not exact synonyms of the neutral compound. Because catalog records are not always consistent, users should confirm the name, formula, CAS number, and structure before selecting a product.

Molecular structure and chemical properties

The molecular formula of neutral 4-Bromopyrimidine is C4H3BrN2, and its average molecular weight is 158.98 g/mol. The molecule comprises a six-membered aromatic ring with two nitrogen atoms and one carbon-bromine bond. A valid SMILES representation is BrC1=CC=NC=N1. The standard InChI is InChI=1S/C4H3BrN2/c5-4-1-2-6-3-7-4/h1-3H, and the InChIKey is XDADSGBUZWZQQQ-UHFFFAOYSA-N. Physical form, storage conditions, and hazard information may depend on the supplied form and should be taken from the applicable SDS and product documentation.

Applications and research use

4-Bromopyrimidine is used as a halogenated heteroaryl building block in organic synthesis. Published experimental work documents its use in Suzuki-Miyaura coupling, where the brominated carbon participates in carbon-carbon bond formation. The electron-deficient pyrimidine system may also be evaluated in nucleophilic substitution or other cross-coupling routes, but feasibility depends on the reaction partner, catalyst, solvent, and conditions. These transformations provide routes to substituted pyrimidine scaffolds for further research. Use as an intermediate does not establish biological activity, pharmacological properties, or therapeutic value; such claims require direct evidence for the compound itself.

Sourcing and supplier selection on ChemSpace

ChemSpace presents offers from independent suppliers rather than acting as the manufacturer of 4-Bromopyrimidine. For CAS 31462-56-3, users should verify that an offer refers to the neutral compound and not to a hydrochloride, hydrobromide, solution, or another form. The displayed structure, formula, and identifiers should agree with the supplier documentation. Selection should be based on the current offer, analytical specification, batch-specific CoA, SDS, and laboratory requirements. Storage and handling decisions should follow documentation for the exact product supplied.