2 Bromotoluene

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2 Bromotoluene Specification

Smell
Aromatic odor

Refractive Rate
1.565

Molecular Formula
C7H7Br

Structural Formula
C7H7Br

Boiling point
184C

Molecular Weight
171.04 g/mol

HS Code
290399

Classification
Organic compound

Grade
Industrial Grade

Purity
98%

Application
Used in organic synthesis and as an intermediate for pharmaceuticals and agrochemicals

Appearance
Colorless liquid

CAS No
95-46-5

EINECS No
202-420-3

Other Names
o-Bromotoluene 2-Bromomethylbenzene

Usage
Chemical intermediate in synthesis processes

Melting Point
-35C

Density
1.495 Gram per cubic centimeter(g/cm3)

Solubility
Insoluble in water soluble in organic solvents

Raw Material
Bromine and toluene derivatives

About 2 Bromotoluene

We are known as one of the most reliable 2-Bromotoluene manufacturers from Maharashtra, India. It is processed and formulated with cutting-edge technical methods while keeping the quality and purity untouched. It is appearance is clear colourless to light yellow liquid and molecular formula is CH3C6H4Br. It is predominantly used in textile and chemical based industries. We offer our these products 2-bromo toluene at a less expensive price.

Features:

Boiling Point (deg C) 181 to 182 @ 760 mm
Melting Point (deg C) -27
State : Liquid
Density-1.42

Diverse Applications in Synthesis

2-Bromotoluene serves as a vital intermediate in organic synthesis, frequently incorporated into the manufacturing processes for pharmaceuticals and agrochemicals. Its bromine and methyl functional groups enable efficient chemical transformations, making it an essential material in research labs and industrial settings.

Physical and Chemical Characteristics

This compound is recognized for its colorless liquid appearance, aromatic scent, and notable boiling (184C) and melting (-35C) points. Its refractive rate is measured at 1.565, and it remains insoluble in water but easily dissolves in organic solvents, which enhances its versatility in complex synthesis protocols.

FAQs of 2 Bromotoluene:

Q: How is 2-Bromotoluene typically utilized in chemical processes?

A: 2-Bromotoluene is primarily used as an intermediate in organic synthesis, aiding the production of pharmaceuticals and agrochemicals due to its reactive bromine substituent.

Q: What makes 2-Bromotoluene suitable as a chemical intermediate?

A: Its methyl and bromine groups promote targeted transformations, allowing for controlled reactivity during synthesis and making it valuable for complex molecular construction.

Q: Where can 2-Bromotoluene be sourced for industrial or laboratory use?

A: Manufacturers, exporters, and suppliers in India provide 2-Bromotoluene, usually in industrial grade with high purity, meeting various commercial and research requirements.

Q: When should 2-Bromotoluene be handled with precaution?

A: It should always be handled with care due to its organic nature, aromatic odor, and potential health effects. Appropriate laboratory practices and protective equipment are recommended.

Q: What is the process for synthesizing 2-Bromotoluene?

A: 2-Bromotoluene is typically synthesized through bromination of toluene derivatives using bromine as a raw material, under controlled reaction conditions to ensure selectivity and purity.

Q: What benefits does the use of 2-Bromotoluene offer in industrial applications?

A: The compounds reactivity facilitates efficient synthesis routes, reducing steps and improving yields in the production of active ingredients for pharmaceuticals and agricultural chemicals.

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