Lauryl Bromide

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Lauryl Bromide Specification

Smell
Characteristic, mild

HS Code
29035920

Structural Formula
CH3(CH2)10CH2Br

Refractive Rate
nD20: 1.457

Molecular Formula
C12H25Br

Molecular Weight
249.24 g/mol

Boiling point
278C

Classification
Alkyl Halide

Grade
Technical/Analytical

Purity
99% min

Application
Pharmaceuticals, organic synthesis, chemical intermediate

Appearance
Colorless to pale yellow liquid

CAS No
112-71-0

EINECS No
203-992-7

Other Names
1-Bromododecane; Dodecyl bromide

Usage
Organic synthesis, surfactant manufacture, laboratory reagent

Melting Point
-6C

Density
1.115 Gram per cubic centimeter(g/cm3)

Solubility
Insoluble in water; soluble in organic solvents

Raw Material
Lauryl alcohol

About Lauryl Bromide

Name of Product	Lauryl bromide
CAS No	143-15-7
Formula	C12H25Br
UPAC Name	1-bromododecane
InChI	InChI=1S/C12H25Br/c1-2-3-4-5-6-7-8-9-10-11-12-13/h2-12H2,1H3
InChI Key	PBLNBZIONSLZBU-UHFFFAOYSA-N
Canonical SMILES	CCCCCCCCCCCCBr
CAS	143-15-7
EC Number	205-587-9
UNII	90T93TX09D
Purity (by GC)	Not less than.96.0 %
Moisture	NMT 0.5%
Free Acidity as	NMT 0.5%
Other name / synonyms	1-Bromododecane
	143-15-7
	Dodecyl bromide
	Lauryl bromide
	n-Dodecyl bromide
	Dodecane, 1-bromo-
	bromododecane
	1-bromo-dodecane
	1-BROMO-N-DODECANE
	PBLNBZIONSLZBU-UHFFFAOYSA-N
	SBB059941
	dodecylbromide
	laurylbromide
	n-dodecylbromide
	1-bromo dodecane
	1-dodecyl-bromide
	PubChem3768
	ACMC-209cpp
	AC1L1RYD
	AC1Q27VK
	AC1Q2W0E
	DSSTox_CID_24395
	DSSTox_RID_80196
	DSSTox_GSID_44395
	SCHEMBL33679
	B65551_ALDRICH
	KSC179C4P
	UNII-90T93TX09D
	CHEMBL3184907
	16970_FLUKA
	17743_FLUKA
	CTK0H9147
	NSC6786
	MolPort-001-779-706
	90T93TX09D
	LABOTEST-BB LTBB001166
	NSC 6786
	NSC-6786
	EINECS 205-587-9
	Tox21_302046
	ANW-20747
	AR-1C2033
	BR1063
	STL268855
	AKOS009031585
	AS03239
	MCULE-2442495006
	NE10015
	RP28849
	RTR-005509
	TRA0008845
	NCGC00255853-01
	AK162994
	AN-43936
	BC676910
	CAS-143-15-7
	KB-11798
	SC-01076
	AI3-02166
	DB-050400
	TR-005509
	B0587
	FT-0607527
	ST24037904
	ST51046208
	EN300-19409
	3B4-0621
	S14-1423

Applications in Organic Synthesis

Lauryl Bromide is an essential reagent in organic synthesis, frequently used in the manufacture of surfactants and preparation of pharmaceutical intermediates. Its high purity and stability make it an excellent choice for both laboratory research and industrial-scale chemical production, ensuring reproducible and reliable outcomes in diverse chemical processes.

Safe Storage and Handling

Proper storage of Lauryl Bromide involves keeping it in a cool, dry, and well-ventilated location. It is typically distributed in secure bottles or drums, reducing the risk of accidental exposure. Users should employ suitable protective equipment and ventilation to avoid irritation caused by vapors, as indicated by the materials hazard statements.

FAQs of Lauryl Bromide:

Q: How should Lauryl Bromide be safely stored?

A: Lauryl Bromide must be kept in a cool, dry, well-ventilated area, preferably in tightly sealed bottles or drums, to maintain its stability and prevent any unwanted reactions.

Q: What is Lauryl Bromide commonly used for in industry?

A: Lauryl Bromide is primarily utilized as an organic synthesis reagent, intermediate in pharmaceuticals, surfactant manufacture, and as a laboratory reagent due to its high purity and consistent chemical properties.

Q: When is it beneficial to use Lauryl Bromide over other alkyl halides?

A: Lauryl Bromide proves advantageous when a long-chain brominated alkane is required, offering reliability in pharmaceutical synthesis and surfactant production, particularly where water insolubility and specific reactivity are necessary.

Q: Where can Lauryl Bromide be procured?

A: Lauryl Bromide is manufactured, exported, and supplied by various chemical companies in India, typically available in bottles and drums suitable for laboratory or industrial applications.

Q: What precautions should be taken when handling Lauryl Bromide?

A: Adequate ventilation is necessary during use to minimize inhalation of vapors, as the compound may cause irritation. Protective gloves, goggles, and lab coats are recommended to ensure safe handling.

Q: How does the manufacturing process of Lauryl Bromide begin?

A: Lauryl Bromide is synthesized using lauryl alcohol as the raw material, undergoing bromination and purification to achieve technical and analytical grade product with a minimum 99% purity.

Q: What are the benefits of using Lauryl Bromide in synthesis?

A: Its high purity, stable chemical nature, and solubility in organic solvents make Lauryl Bromide a sought-after reagent for efficient, reliable organic and pharmaceutical synthesis, yielding high-quality end products.

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