Alpha Bromo 2 chlorophenylacetic Acid Methyl Ester

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Alpha Bromo 2 chlorophenylacetic Acid Methyl Ester

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Alpha Bromo 2 chlorophenylacetic Acid Methyl Ester Specification

Molecular Weight
263.52 g/mol

Boiling point
Not available

HS Code
Not available

Molecular Formula
C9H8BrClO2

Structural Formula
Br-CH=C(O)-OMe; C6H4Cl (attached to CH)

Smell
Odorless

Refractive Rate
Not available

Classification
Organic compound

Organic Acid Types
Carboxylic acid ester

Grade
Industrial

Purity
98%

Application
Used as an intermediate in organic synthesis for pharmaceutical compounds and chemicals

Appearance
White crystalline powder

CAS No
22177-38-6

EINECS No
244-797-8

Other Names
Methyl Alpha-Bromo-2-Chlorophenylacetate

Usage
Pharmaceutical and chemical applications

Melting Point
65-68 C

Density
Gram per cubic centimeter(g/cm3)

Solubility
Soluble in organic solvents

Raw Material
Chlorophenylacetic acid and bromine derivatives

About Alpha Bromo 2 chlorophenylacetic Acid Methyl Ester

We are a foremost organization which deals in offering Alpha Bromo-2-chlorophenylacetic Acid Methyl Ester to our customers. This chemical is prepared by our skilled teammates by making use of top quality chemicals as per set quality standards. This chemical compound Alpha Bromo-2-chlorophenylacetic Acid Methyl Ester has been effectively delivered by our experts for which they have used methyl, benzene, amino and ester.

Features:

Longer shelf life
Accurately processed
Extensive application
Ingredients of optimum grade

Versatile Intermediate for Organic Synthesis

Alpha Bromo 2 Chlorophenylacetic Acid Methyl Ester is essential in the synthesis of advanced pharmaceutical and chemical compounds. Its stability and high purity make it valuable for creating active ingredients and specialized chemicals. Being soluble in organic solvents, it simplifies the integration into diverse synthesis processes, enhancing laboratory and industrial efficiency.

Consistent Quality and Industrial Utility

This carboxylic acid ester, with a purity of 98%, is trusted by manufacturers and researchers alike. Its white crystalline appearance and reliable melting point ensure consistent results in applications. As an odorless and stable compound, it offers safety and convenience in handling and storage across various industrial settings, especially in pharmaceutical preparations and research.

FAQs of Alpha Bromo 2 chlorophenylacetic Acid Methyl Ester:

Q: How is Alpha Bromo 2 Chlorophenylacetic Acid Methyl Ester synthesized?

A: This compound is typically synthesized by reacting chlorophenylacetic acid with bromine derivatives, followed by esterification with methanol. The result is a carboxylic acid ester used as an intermediate in chemical and pharmaceutical syntheses.

Q: What are the main industrial applications of this compound?

A: Alpha Bromo 2 Chlorophenylacetic Acid Methyl Ester is mainly employed as an intermediate during the manufacture of pharmaceutical compounds and specialty chemicals where specific brominated and chlorinated structures are required.

Q: When should I consider using this product in synthesis processes?

A: It is most suitable when a reliable intermediate is needed for the introduction of both bromo and chloro functionalities in a molecular structure during the synthesis of pharmaceutical or fine chemical compounds.

Q: Where does major manufacturing and supply take place?

A: Production and export of this compound primarily occur in India, with various suppliers, manufacturers, and exporters catering to industrial and research demands both domestically and internationally.

Q: What is the typical process for handling and storage of this product?

A: Being a white, odorless crystalline powder, it is handled in standard laboratory conditions, avoiding excess heat or moisture. It should be stored in tightly closed containers within cool, dry environments to preserve its quality and efficacy.

Q: How does its chemical structure benefit organic synthesis?

A: Its structural featuresincorporating both bromo and chloro groupsfacilitate selective reactions and enable the construction of more complex molecules required in pharmaceutical development, enhancing synthetic flexibility and efficiency.

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