N-Butyl Bromide

Get a Price/Quote

N-Butyl Bromide Specification

Refractive Rate
n20/D 1.436

Boiling point
101-103C

Structural Formula
CH3(CH2)3Br

Smell
Characteristic, sweet odor

HS Code
29033920

Molecular Formula
C4H9Br

Molecular Weight
137.02 g/mol

Classification
Alkyl Halides

Grade
Industrial, Laboratory

Purity
99% Min

Application
Pharmaceutical intermediates, Agrochemicals, Organic synthesis, Laboratory chemicals

Appearance
Clear colorless to pale yellow liquid

CAS No
109-65-9

EINECS No
203-689-8

Other Names
1-Bromobutane, n-Butyl bromide, Bromobutane

Usage
Used as an alkylating agent in organic synthesis, production of pharmaceuticals and fine chemicals

Melting Point
-112 C

Density
1.271 Gram per cubic centimeter(g/cm3)

Solubility
Insoluble in water, soluble in alcohol and ether

Raw Material
n-Butanol, Bromine

About N-Butyl Bromide

Relying on our in-depth domain expertise and state-of-art processing set-up, we are affianced in offering n-Butyl Bromide. The provided chemical finds multiple applications in various industries like chemical, pharmaceutical, mining, food processing, etc. Made available in different packaging options, this chemical is formulated by our ingenious professionals with the use of superlative quality chemical ingredients and the contemporary methods. In addition, patrons can avail this n-Butyl Bromide at highly competitive prices from us.

Features:

Balanced composition
Purity
Stable physical and chemical properties
Safe to use and store

Specifications:

Sr No	ACTIVITY
A	General information :
1	Structure : CH₃.CH₂.CH₂. CH_2.Br
2	Molecular formula : C₄H₉Br
3	Molecular weight : 137
4	Chemical name : 1-Bromobutane , n-butylbromide
5	Density at 25^oc : 1.276 g / ml
6	Boiling point : 101 102^oc
7	CAS no. : 109-65-9

B	Specifications :
1	Description : Clear, Colourless to pale yellow liquid
2	Water : Not more than 0.1 %
3	Purity by GC : Not less than 98.50%
4	Acidity as HBr : Not more than 0.1 %

High Purity and Versatile Applications

N-Butyl Bromide boasts a minimum purity of 99%, which makes it highly suitable for critical uses in pharmaceutical manufacturing, agrochemicals, and organic synthesis. Its reliable quality ensures consistency in laboratory and industrial processes, making it a preferred choice for researchers and manufacturers worldwide.

Safe Storage and Lasting Stability

This compound remains stable when stored in recommended conditions, typically in tightly closed plastic or glass bottles kept in a cool, dry place. With a shelf life of up to two years, N-Butyl Bromide provides excellent utility without compromising safety or efficacy over time.

Physical and Chemical Properties

N-Butyl Bromide displays several key physical traits: a melting point of -112C, boiling point between 101-103C, viscous nature (1.10 mPas at 20C), and density of 1.271 g/cm. Its insolubility in water and solubility in alcohol and ether facilitate its application in specific synthesis processes.

FAQs of N-Butyl Bromide:

Q: How should N-Butyl Bromide be properly stored for maximum shelf life?

A: N-Butyl Bromide should be stored in tightly closed containers made of plastic or glass, placed in a cool, dry environment. These measures help maintain stability and extend the shelf life to up to two years.

Q: What are the main applications of N-Butyl Bromide in industry?

A: This compound is chiefly used as an alkylating agent in organic synthesis, contributing to the production of pharmaceuticals, agrochemicals, and various laboratory chemicals.

Q: When does N-Butyl Bromide pose a safety risk, and how can it be managed?

A: N-Butyl Bromide is harmful if swallowed and may cause skin irritation. Handling should be done with protective equipment, such as gloves and safety goggles, to mitigate exposure risks.

Q: Where is N-Butyl Bromide primarily exported and manufactured?

A: N-Butyl Bromide is manufactured, supplied, and exported from India by dedicated chemical manufacturers and exporters who provide it to global markets for laboratory and industrial purposes.

Q: What process is used to produce N-Butyl Bromide?

A: N-Butyl Bromide is typically synthesized from n-Butanol and bromine through an alkylation process, ensuring high purity and consistent product quality.

Q: How can N-Butyl Bromide benefit pharmaceutical and fine chemical synthesis?

A: Its high reactivity and purity make N-Butyl Bromide ideal for introducing butyl groups into organic molecules, enhancing the efficiency and yield in the synthesis of various pharmaceutical and specialty chemicals.