Ethyl Iodide

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MOQ : 1 Kilogram

Ethyl Iodide Specification

Molecular Formula
C2H5I

Physical State
Liquid

Density
1.94 Gram per cubic centimeter(g/cm3)

Packaging Type
Glass bottle, Sealed container

Boiling point
72.3C

Size
Customizable based on requirement

Usage
Chemicals, Pharmaceuticals, Laboratory reagent

Shelf Life
12 months if stored properly

Purity
99%

Molecular Weight
155.97 g/mol

Flash Point
10C (Closed cup)

Grade
Laboratory / Industrial Grade

Type
Organic Iodide Compound

Application
Used in organic synthesis, pharmaceutical intermediates, ethylating agent

Appearance
Colorless to pale yellow liquid

Purity(%)
99%

Ethyl Iodide Trade Information

Minimum Order Quantity
1 Kilogram

Supply Ability
1 Kilogram Per Week

Delivery Time
1 Week

About Ethyl Iodide

Ethyl Iodide

Specification
Cas No. : 75 - 03 - 6	Grade : AR
Mol Wt : 190.44	Mol. Formula : CH₃ CH₂I
Structural Formula
Appearance	Colorless liquid.
Density	1.95 g/cm³ at 20 C.
Melting Point	-110.9 C.
Boiling Point	72.40 C.
Solubility in Water	0.40 g/100 ml of Water(@20 C

Test	Description
Assay	NLT 99.0 % C₂H₅I
Residue after Ignition	NMT 0.01 %

High Purity and Reliable Performance

Ethyl Iodide offers consistent laboratory and industrial-grade purity at 99%, ensuring repeatable results in sensitive synthetic and pharmaceutical applications. Its stable nature under recommended storage extends its shelf life to 12 months, making it an efficient choice for your chemical needs.

Versatile Applications in Synthesis

This compound is widely used as an ethylating agent, vital in organic synthesis and the production of pharmaceutical intermediates. Its adaptability allows it to be incorporated in diverse research, industrial, and laboratory procedures, offering flexibility across the chemicals and pharmaceuticals sectors.

Safe Handling and Storage Guidelines

Given its classification as a toxic substance (Hazard Class 6.1), Ethyl Iodide should always be handled with care. Proper protective equipment and good ventilation are paramount, and it should be stored in a sealed glass container away from incompatible materials for optimum stability.

FAQs of Ethyl Iodide:

Q: How should Ethyl Iodide be safely handled and stored?

A: Ethyl Iodide requires handling with suitable protective gloves, goggles, and lab coats. Ensure usage in a well-ventilated area, avoiding all contact with skin and eyes. For storage, keep it in tightly sealed glass bottles in a cool, dry place, away from light and incompatible substances to maintain stability and maximize shelf life.

Q: What are the primary uses of Ethyl Iodide?

A: Ethyl Iodide is primarily used in organic synthesis as an ethylating agent, in creating pharmaceutical intermediates, and as a laboratory reagent. Its solubility in organic solvents makes it highly versatile for various chemical reactions and industrial applications.

Q: When does Ethyl Iodide require special precautions during use?

A: Special precautions are necessary whenever handling Ethyl Iodide due to its toxic nature (Hazard Class 6.1) and low flash point (10C). Always implement strict safety measures, including personal protective equipment and ventilation, throughout use and storage.

Q: Where can Ethyl Iodide be sourced in India?

A: Ethyl Iodide is available through multiple channels in India, including distributors, exporters, importers, manufacturers, retailers, suppliers, traders, and wholesalers. Packaging can be customized according to user requirements.

Q: What is the process of using Ethyl Iodide in organic synthesis?

A: As an ethylating agent, Ethyl Iodide is typically reacted with nucleophiles to transfer an ethyl group during various organic transformations. Its high purity ensures efficient, predictable reactions, making it suitable for laboratory and industrial applications.

Q: What are the benefits of using Ethyl Iodide in research and manufacturing?

A: The primary benefits include its effectiveness as an ethylating agent, high purity (99%), stable shelf life, and versatility in both chemical and pharmaceutical production. Its properties facilitate precise, high-yield syntheses essential for research and industrial processes.

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