Triethanolamine Liquid

Triethanolamine Liquid Specification

Usage
Triethanolamine (TEA) is a clear, viscous liquid used to reduce the surface tension in emulsions. This allows the water-soluble and oil-soluble ingredients in a formula to blend better. It is a strong base, which makes it useful in adjusting the pH of a cosmetic formula.Jun 9, 2011

Molecular Formula
C6H15NO3

Appearance
Colourless liquid

Molecular Weight
149.190 Grams (g)

Melting Point
21.2 C

Triethanolamine Liquid Trade Information

Minimum Order Quantity
100 Kilograms

Supply Ability
10 Kilograms Per Week

Delivery Time
1--2 Days

Sample Available
Yes

Sample Policy
Free samples are available

Main Domestic Market
All India

About Triethanolamine Liquid

Triethanolamine Liquid plays an important part in a number of applications in industries as well as cosmetics. This is a colorless and odorless liquid that functions as an emulsifying agent, a regulator of the products PH level as well and a stabilizer making it a very useful element in the production of shampoos and conditioning agents, detergents, and other products that fall under the pharmaceutical category. In all applications such as improvement of the quality of any product or efficiency of the manufacturing process, Triethanolamine Liquid offers high reliability and effectiveness.

Features : pH Adjuster

Typical Applications Are:

Building & Construction
Buffering Agent
Surfactant

Packaging: 50kg Carbo & 230 Kg Drum

Versatile Emulsifying Agent

Triethanolamine Liquid is renowned for its ability to promote emulsion stability by reducing surface tension between water and oil phases. This makes it an essential additive in personal care products, allowing for smooth, homogenous blends that are gentle on the skin and effective in delivering active ingredients. Its versatility extends to multiple industries, including cosmetics and pharmaceuticals.

pH Regulation in Cosmetic Formulations

As a strong base, Triethanolamine is commonly employed to adjust and maintain the desired pH balance within cosmetic and toiletry products. This capability ensures the final product is safe and comfortable for consumers, while offering reliable shelf-life and performance. Its adaptability supports both large-scale and small-batch manufacturing environments.

FAQ's of Triethanolamine Liquid:

Q: How is Triethanolamine Liquid typically used in industrial and cosmetic applications?

A: Triethanolamine Liquid serves mainly as an emulsifier to help water and oil-soluble components blend harmoniously in products. Additionally, it is used to adjust and stabilize the pH of cosmetic and cleaning formulations for optimal efficacy.

Q: What benefits does Triethanolamine provide in emulsions?

A: The main benefit of Triethanolamine in emulsions is its ability to reduce surface tension, which allows for a uniform and stable mix of ingredients. This ensures a smoother texture, improved appearance, and heightened efficiency of active components in finished formulas.

Q: When should Triethanolamine be added during the formulation process?

A: Triethanolamine is usually introduced during the emulsification stage, after preliminary mixing of water and oil phases. It should be added gradually, monitoring pH and blend consistency for tailored results within the desired formulation.

Q: Where is Triethanolamine manufactured and supplied, particularly in India?

A: In India, Triethanolamine Liquid is widely manufactured, supplied, and imported by various chemical companies. These firms meet the demands across pharmaceuticals, cosmetics, and industrial sectors.

Q: What is the process of incorporating Triethanolamine into a cosmetic formula?

A: To incorporate Triethanolamine, it is commonly dissolved into the aqueous phase before blending with oils. The process includes controlled addition and continuous mixing to ensure even distribution and effective pH regulation.

Q: How does the molecular structure of Triethanolamine contribute to its functionality?

A: With the molecular formula C6H15NO3, Triethanolamine possesses both hydrophilic and hydrophobic properties, allowing it to interact efficiently with various components and improve miscibility in complex formulas.

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