Methyl Chloroacetate (C3H5ClO2)

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Methyl Chloroacetate (C3H5ClO2) Specification

Structural Formula
ClCH2COOCH3

Refractive Rate
n20/D 1.418

Molecular Weight
108.52 g/mol

Smell
Characteristic, pungent odor

HS Code
29154000

Boiling point
129-131 C

Molecular Formula
C3H5ClO2

Classification
Organic Compound

Organic Acid Types
Carboxylic Acid Ester

Grade
Technical / Industrial

Purity
99% min

Application
Intermediate for pharmaceuticals, agrochemicals, dyestuff, flavors

Appearance
Colorless to pale yellow liquid

CAS No
96-34-4

EINECS No
202-499-3

Other Names
Chloroacetic acid methyl ester

Usage
Used in organic synthesis and chemical manufacturing

Melting Point
-32 C

Density
1.175 Gram per cubic centimeter(g/cm3)

Solubility
Soluble in ethanol, ether; slightly soluble in water

Raw Material
Chloroacetic acid, methanol

About Methyl Chloroacetate (C3H5ClO2)

Bestowed with in-depth expertise of 44 years in this domain, we are betrothed in offering premium quality Methyl Chloroacetate. Specially used for preparation of carboxymethyl, the offered chemical is also suitable for the synthesis of carbethoxymethoxy. Processed under the strict guidance of our diligent professionals using premium quality chemicals, it is also tested on various parameters to ensure its purity and high effectiveness. Furthermore, clients can avail this Methyl Chloroacetate at market leading rates from us.

Features:

Excellent purity
Precise pH value
Longer shelf life
Accurate composition

Specifications:

Sr No	ACTIVITY
A	General information :
1
2	Structure : Cl.CH_2.COO.CH₃
3	Molecular formula : C₃H₅ClO₂
4	Molecular weight : 108.53
5	Chemical name : Methyl chloroacetate
6	Density at 25^oc : 1.238 gm/ml
7	Boiling point : 130^oc / 740 mm
8	CAS no. : 96-34-4

B	Specifications :
1	Description : Clear, colourless liquid
2	Acidity : Not more than 0.5 %
3	Moisture (KF) : Not more than 0.1 %
4	Purity by GC : Not less than 98.0%

Key Features of Methyl Chloroacetate

Methyl Chloroacetate stands out for its high purity, low impurities, and versatile applications in chemical synthesis. Its consistent quality makes it ideal for technical and industrial-grade usage, particularly as an intermediate in complex organic reactions. The compound retains stability under standard temperatures and pressures, ensuring reliability during storage and handling.

Safe Handling and Storage Guidelines

For optimal performance and safety, Methyl Chloroacetate should be stored in a cool, ventilated area away from ignition sources. The recommended storage facilitates its shelf life of up to 24 months and minimizes risk. The chemical is packed in robust HDPE drums to prevent contamination and leakage, complying with stringent transport regulations.

FAQs of Methyl Chloroacetate (C3H5ClO2):

Q: How should Methyl Chloroacetate be safely stored to maintain its quality?

A: Store Methyl Chloroacetate in a cool, well-ventilated place, away from any sources of ignition. Use only the designated HDPE drums (250 kg net weight) and keep the storage area free from incompatible substances. Following these guidelines preserves its 24-month shelf life and maintains product integrity.

Q: What is the primary use of Methyl Chloroacetate in industry?

A: Methyl Chloroacetate serves as a crucial intermediate in organic synthesis, especially within the pharmaceutical, agrochemical, dyestuff, and flavor manufacturing sectors. Its reactivity and purity make it ideal for producing various high-value compounds.

Q: When does Methyl Chloroacetate require special safety measures during transport?

A: During transport, Methyl Chloroacetate is classified under UN 2671, Hazard Class 6.1, Packing Group III. It necessitates proper labeling, packaging in HDPE drums, and adherence to hazardous materials transport protocols to ensure safety and regulatory compliance.

Q: Where is Methyl Chloroacetate manufactured and exported from?

A: Methyl Chloroacetate is manufactured, supplied, and exported from India by certified exporters and manufacturers serving global markets, ensuring technical and industrial-grade quality standards are met.

Q: What are the benefits of using high-purity Methyl Chloroacetate in chemical manufacturing?

A: Utilizing high-purity Methyl Chloroacetate (minimum 99% purity) ensures consistency, reduces impurities in end products, and enhances overall process efficiency in chemical manufacturing, contributing to reliable results in pharmaceuticals and other applications.

Q: How is Methyl Chloroacetate typically applied in the synthesis process?

A: It is used as a carboxylic acid ester intermediate, allowing for the introduction of functional groups in organic molecules. This facilitates the production of advanced intermediates necessary for pharmaceuticals, agrochemicals, and dyes.

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