Dimethyl Pyrrolidinium Hydroxide Aq. Solution

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Dimethyl Pyrrolidinium Hydroxide Aq. Solution

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Dimethyl Pyrrolidinium Hydroxide Aq. Solution Specification

CAS No
51115-67-4

Storage
Store tightly sealed in cool, dry, well-ventilated place, away from acids and moisture

Density
1.03 Gram per cubic centimeter(g/cm3)

Smell
Characteristic amine-like odor

Shelf Life
1 year under recommended storage conditions

Structural Formula
[C6H14NO]+ OH-

EINECS No
610-199-7

Appearance
Clear to light yellow liquid

Molecular Formula
C6H14NOH

Melting Point
Not applicable (aqueous solution)

Usage
Specialty applications in chemical research and synthesis

Application
Organic synthesis, phase transfer catalyst, research chemical

Physical Form
Liquid

HS Code
29213099

Solubility
Completely miscible in water

Purity
~25% in aqueous solution (custom concentrations available)

Product Type
Chemical Compound

Molecular Weight
117.18 g/mol (for pure compound)

Grade
Industrial Grade

Shape
N/A (solution)

Poisonous
Yes, corrosive and toxic if ingested or inhaled

Properties
Strongly basic, hygroscopic, aqueous solution, clear to slightly yellowish color, miscible with water.

Ph Level
>13 (strongly basic)

Ingredients
Dimethyl Pyrrolidinium Hydroxide, Water

Dimethyl Pyrrolidinium Hydroxide Aq. Solution Trade Information

Main Export Market(s)
Central America, Asia, South America, Western Europe, Middle East, Eastern Europe, North America, Australia, Africa

Main Domestic Market
All India

About Dimethyl Pyrrolidinium Hydroxide Aq. Solution

Dimethyl pyrrolidinium hydroxide is typically prepared as an aqueous solution with a concentration ranging from 20% to 50% by weight. The solution is usually clear, colourless to light yellow, and has a characteristic ammoniacal odour. It reacts with sodium hydroxide in water. The solution is then purified and concentrated by distillation under reduced pressure to obtain the desired concentration of dimethyl pyrrolidinium hydroxide aq. solution. It is highly hygroscopic and should be stored in a tightly sealed container to prevent water absorption. This quaternary ammonium salt has a molecular formula of C₇H₁₆NO. It is commonly used as a strong organic base in various chemical reactions, including in the synthesis of pharmaceuticals, agrochemicals, and electronic materials.

FAQ

1. What is Dimethyl Pyrrolidinium Hydroxide Aq. Solution, please explain?

Ans - Dimethyl Pyrrolidinium Hydroxide Aq. Solution is a potent base that can be employed as a cleaning agent, reagent in chemical reactions, and electrolyte in electrochemical devices.

2. How does Dimethyl Pyrrolidinium Hydroxide Aq. Solution behave?

Ans - Dimethyl Pyrrolidinium Hydroxide Aqueous Solution has a pH range of 12.5 to 13.5, an alkaline taste, and an ammoniacal odour. Additionally, it is a non-volatile liquid with good organic solvent solubility.

3. How is dimethyl pyrrolidinium hydroxide aqueous solution used?

Ans - Dimethyl Pyrrolidinium Hydroxide Aq. Solution is employed as an electrolyte in electrochemical devices, a cleaning agent, and a reagent in chemical reactions. In addition, it is used to make medications, pigments, and resins.

4. How should Dimethyl Pyrolidinium Hydroxide Aq. Solution be handled safely?

Ans - When working with Dimethyl Pyrrolidinium Hydroxide Aq. Solution, it's crucial to wear safety gear such lab coats, gloves, and safety glasses. Additionally, it's crucial to keep your skin, eyes, and lungs safe from touch and fume inhalation.

5. How should dimethyl pyrrolidinium hydroxide aqueous solution be stored?

Ans - Hydroxide of dimethyl pyrrolidinium in water. The solution needs to be kept cool, dry, and out of the sun and heat. In order to avoid spillage and contamination, it should also be kept in a well sealed container.

Excellent Catalyst for Organic Synthesis

Dimethyl Pyrrolidinium Hydroxide serves as a highly efficient phase transfer catalyst in various organic synthesis processes. Its strong alkalinity and high solubility in water make it ideal for facilitating chemical reactions, especially where a strongly basic medium is required. Laboratories and industrial research benefit from its reliable performance and adaptability.

Safe and Flexible Packaging Options

This solution is available in HDPE bottles or drums, designed for safe storage and transportation of corrosive substances. Custom packaging can be arranged on request, meeting diverse shipping or storage requirements. Each package is clearly labeled, and the product should be handled in accordance with local hazardous materials regulations.

FAQ's of Dimethyl Pyrrolidinium Hydroxide Aq. Solution:

Q: How should Dimethyl Pyrrolidinium Hydroxide Aqueous Solution be safely handled and stored?

A: Always handle this solution with appropriate personal protective equipment, avoiding direct contact with skin or eyes. Store tightly sealed containers in a cool, dry, well-ventilated area, away from acids, oxidizers, and moisture to maintain product quality and safety.

Q: What are the main uses of Dimethyl Pyrrolidinium Hydroxide Aqueous Solution?

A: This product is primarily utilized as a phase transfer catalyst in organic synthesis, specialty chemical research, and advanced laboratory settings. Its strong basicity makes it suitable for facilitating difficult chemical transformations.

Q: When is it necessary to seek medical attention after exposure?

A: If there is any contact with eyes or skin, or in the event of inhalation or ingestion, rinse the affected area immediately with plenty of water. Always seek prompt medical attention, as the substance is both corrosive and toxic.

Q: Where is Dimethyl Pyrrolidinium Hydroxide Aqueous Solution manufactured and supplied from?

A: The product is manufactured and exported from India, supplied by specialized exporters, manufacturers, and suppliers who comply with strict industrial and safety standards.

Q: What is the process for disposing of this chemical?

A: Dispose of both the contents and the container in accordance with local and regional hazardous waste regulations. Never pour the solution down the drain or into the environment, as it is corrosive and toxic.

Q: How does using this solution benefit chemical synthesis applications?

A: Its high alkalinity, water miscibility, and effectiveness as a phase transfer catalyst enable streamlined and efficient reactions, particularly in advanced organic synthesis and research chemistry, contributing to higher yields and selectivity.

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