Product Description

TEA (Triethanolamine) is a versatile pH adjuster and neutralising agent commonly used in cosmetic and personal-care formulations. It is especially useful for neutralising Carbopol/Carbomer, helping develop viscosity and gel structure in gels, creams and other compatible formulations.

Suitable for:
Carbopol Gels • Cosmetic Gels • Gel Creams • Hair Gels • Serums • Creams & Lotions • Personal Care Formulations

Product Specifications

Appearance: Clear, colourless to pale yellow viscous liquid.

Odour: Mild characteristic amine-like odour.

Solubility: Completely miscible with water and soluble in alcohol and other compatible polar solvents.

Shelf Life: Typically 24–36 months when stored correctly; follow supplier specifications.

INCI Name: Triethanolamine
Function: pH Adjuster / Neutralising Agent

Key Benefits

pH Adjustment – Helps raise and adjust the pH of suitable formulations.

Carbopol Neutralisation – Commonly used to neutralise Carbopol/Carbomer polymers.

Gel Development – Helps Carbopol develop viscosity and gel structure after neutralisation.

Neutralising Agent – Helps neutralise acidic components in compatible formulations.

Versatile – Useful in gels, creams, lotions and various personal-care formulations.

Safety Information

For cosmetic and formulation use only.
Avoid direct contact with eyes and prolonged contact with concentrated material.
Use gloves and safety glasses during bulk handling.
Do not apply the concentrated raw material directly to skin.
Store tightly closed in a cool, dry place away from children.

FAQs

What is TEA used for?

TEA is mainly used as a pH adjuster and neutralising agent.

Can TEA be used with Carbopol?

Yes, TEA is commonly used to neutralise Carbopol and develop gel viscosity.

Is TEA water soluble?

Yes, TEA is completely miscible with water.

Is TEA a thickener?

No, TEA is not itself a thickener; it helps suitable Carbopol polymers develop viscosity through neutralisation.

How much TEA should be used?

Use according to the Carbopol grade, formulation and required final pH, rather than using a fixed universal percentage.