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METHYL DIETHANOLAMINE

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MOQ : 1 Kilogram

METHYL DIETHANOLAMINE Specification

Molecular Formula
C5H13NO2

Storage Instructions
Store in tightly closed container, cool and dry place

Flash Point
138 C

Ph Level
Alkaline

CAS No
105-59-9

Packaging Type
Drum

Molecular Weight
119.16 g/mol

Purity
99% Min

Usage
Removal of acid gases, Synthesis intermediate

Density
1.04 Gram per cubic centimeter(g/cm3)

Boiling point
247 C

Size
200 Kg drum

Shelf Life
2 years

Physical State
Liquid

Melting Point
-21 C

Grade
Industrial Grade

Type
Amine

Application
Gas treating, Chemical synthesis, Absorbent for acidic gases

Appearance
Colorless clear liquid

Purity(%)
99%

Transport
Not regulated

HS Code
29221990

Odor
Ammoniacal

Manufacturing Method
Chemical synthesis from Diethanolamine and formaldehyde

Hazard Class
Not classified as hazardous

Stability
Stable under recommended storage conditions

Refractive Index
1.458

Viscosity
39 cP at 20 C

Solubility
Completely soluble in water

Vapor Pressure
0.013 mm Hg at 20 C

METHYL DIETHANOLAMINE Trade Information

Minimum Order Quantity
1 Kilogram

Supply Ability
1 Kilogram Per Week

Delivery Time
1 Week

About METHYL DIETHANOLAMINE

METHYL DIETHANOLAMINE

CAS No.: 105-59-9

Synonyms : N-Methyl diethanolamin, 2,2Methyliminodiethanol, N- methyl diethanolamine, Methyldiethanolamine, N,N-Bis(2-Hydroxy ethyl)methylamine, Methyldiethanolamin

Mol. Formula : C5H13NO2

Molecular Weight : 119.2

Assay : Min. 99% by GC using Tenax GC/107 Column

Distillation Range : 240 260 D.C.

Water Content : 0.5 % Max by wt

Specific gravity 20/20 Dc.: 1.038 - 1.044

Colour : 50 APHA max

Freezing Point : -21 D.c.

Refractive Index, n20D : 1.4694

Dynamic Viscosity, at 20 D.c., m Pas : 101

pH of 0.1N Aq.soln. : > 10

Applications : Urethanes, Paper Chemicals, Textile Softners, Pharmaceuticals, Gas scrubbing (Co2H2S removal in natural, refining gas, ammonia hydrogen unit), Dyes and Polyurethane

Efficient Gas Treating Agent

Methyl Diethanolamine is widely chosen for its superior ability to remove acidic gases in industrial applications, including natural gas processing and syngas purification. Its high solubility in water and alkaline nature promote effective absorption, making it an essential component for cleaner energy solutions and environmental management tasks.

Safe Handling and Storage

This chemical is stable under recommended storage conditions and does not fall under hazardous classification. Users should store MDEA in tightly sealed drums within cool, dry areas. The products two-year shelf life ensures consistent quality for manufacturers, distributors, and end users throughout its lifecycle.

FAQs of METHYL DIETHANOLAMINE:

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

A: It is important to store Methyl Diethanolamine in tightly closed containers placed in a cool, dry environment. Proper storage helps preserve its purity and ensures a stable shelf life of up to two years.

Q: What are the primary uses of Methyl Diethanolamine in industrial applications?

A: MDEA is mainly utilized for treating gases, removing acidic components, and serving as an absorbent in gas purification. Additionally, it is employed as a synthesis intermediate in various chemical manufacturing processes.

Q: When is MDEA preferred over other amines for gas treating?

A: Methyl Diethanolamine is favored when high efficiency in removing acidic gases is required, particularly in large-scale industrial settings such as natural gas plants or syngas purification due to its excellent solubility and alkaline properties.

Q: Where is Methyl Diethanolamine typically applied in the chemical industry?

A: This compound is commonly used in facilities involved in gas purification, chemical synthesis, and environmental management, including refineries, chemical plants, and energy production units.

Q: What benefits does MDEA offer in terms of handling and transport?

A: Methyl Diethanolamines non-hazardous classification and unregulated transport status make it safer and easier to handle, ship, and store compared to many other chemical absorbents.

Q: How is MDEA manufactured and what raw materials are used?

A: MDEA is produced through chemical synthesis using diethanolamine and formaldehyde as starting materials. This method offers high purity suitable for industrial-grade applications.

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