Dietanolamina (DEA)

THE Dietanolamina (DEA) It is a secondary amine obtained from the reaction between ethylene oxide and ammonia. It is used as a raw material for the synthesis of fatty amides, such as Cocamide DEA, and as a neutralizing and emulsifying agent in industrial and cosmetic formulations.

It exhibits low volatility at room temperature and can be found in solid or liquid form, depending on the temperature and degree of purity.

Benefits

• It acts in the neutralization of acids.
• It has an emulsifying function.
• It helps in the formation of foam.
• It contributes to the texture of the formulations.
• Used as a raw material for the synthesis of fatty amides.
• Applicable in various industrial formulations.

Features

• Secondary amine
• Low volatility at room temperature
• It can be found in solid or liquid form.
• Colorless
• Ammoniacal odor
• Molecular formula C₄H₁₁NO₂
• Used in the synthesis of fatty amides

Where to apply

• Industrial formulations
• Lubricants for machinery
• Detergents
• Shampoos
• Cosmetics

Technical information

• Identification: Diethanolamine (secondary amine)
• Synonyms and search terms: Diethanolamine; DEA; Diethanolamine
• INCI: Diethanolamine
• CAS: 111-42-2
• Molecular formula: C₄H₁₁NO₂
• Appearance: Colorless; solid or liquid, depending on the temperature and degree of purity.
• Odor: Ammoniacal
• Storage: Keep tightly closed, in a dry place and at room temperature.

Functions and applications

Main function: to act as a raw material for the synthesis of fatty amides and as a neutralizing and emulsifying agent.

Applications and sectors: Industrial and cosmetic formulations, including lubricants for machinery, detergents, shampoos, and other cosmetic products.

Benefits and distinguishing features: It has various industrial applications, including acid neutralization, emulsification, and foam formation, as well as contributing to the texture of formulations.

Frequently Asked Questions

What is Dietanolamina (DEA)?

It is a secondary amine used as a raw material for the synthesis of fatty amides and as a neutralizing and emulsifying agent in industrial and cosmetic formulations.

In which formulations can diethanolamine be used?

It can be used in industrial formulations, machine lubricants, detergents, shampoos, and cosmetics.

What are the main functions of diethanolamine?

It acts as a raw material for the synthesis of fatty amides, a neutralizing and emulsifying agent, and also helps in foam formation and the texture of formulations.

What is the molecular formula of diethanolamine?

The molecular formula is C₄H₁₁NO₂.

What is the CAS number for diethanolamine?

CAS is 111-42-2.

How should diethanolamine be stored?

It should be kept tightly closed, in a dry place and at room temperature.