Triethanolamine Laurate, also known as TEA-Laurate, is a triethanolamine salt of lauric acid used in cosmetic ingredient applications. It is associated with surface-active properties and can be evaluated for suitable cleansing and foaming formulations. Its performance depends on the ingredient grade, composition, concentration, pH, and the other components used in the finished product.
For cosmetic formulators, Triethanolamine Laurate is relevant when evaluating fatty-acid-based ingredients for personal care products. Its compatibility and performance should be assessed in the context of the intended formulation rather than assumed to be identical across all cleansing systems.
Swapnroop provides product information to help cosmetic manufacturers, formulation teams, and procurement professionals evaluate ingredient requirements. Before purchasing Triethanolamine Laurate, confirm the commercial grade, technical specifications, supporting documentation, packaging, and current availability.
Triethanolamine Laurate is the triethanolamine salt of lauric acid, a saturated fatty acid with a 12-carbon chain. It is also referred to as TEA-Laurate, triethanolamine lauric acid salt, and lauric acid triethanolamine salt.
The ingredient combines the chemical characteristics of triethanolamine and lauric acid in a defined salt composition. In cosmetic applications, TEA-Laurate is associated with surface-active functions that may support cleansing and foaming, depending on the grade and formulation.
Triethanolamine Laurate should not be confused with Triethanolamine Oleate, Triethanolamine Stearate, or other fatty-acid salts. Each ingredient has a distinct chemical identity and should be checked against its own CAS number, INCI name, and technical documentation.
The formula and molecular weight above describe the defined 1:1 composition represented in chemical reference records. Commercial materials may differ in composition or physical characteristics, so these values should not be used as a substitute for the technical specification of a supplied grade.
The actual results depend on concentration, grade, processing conditions, formulation pH, and interactions with other ingredients. Benefits should be confirmed through laboratory testing.
Triethanolamine Laurate can be evaluated for suitable cosmetic cleansing formulations where surface-active performance is required. Formulators should assess cleansing effectiveness, rinsability, compatibility, and the finished product's intended use.
The ingredient may be considered for formulations where foaming performance is an important design factor. Foam volume, texture, stability, and rinsing characteristics should be evaluated in the complete formulation.
TEA-Laurate may be screened during the development of selected personal care products. Its suitability depends on the product type, ingredient interactions, required performance, and applicable safety and regulatory criteria.
Formulators may investigate Triethanolamine Laurate alongside other surface-active ingredients to determine whether it contributes to the required cleansing or foaming profile. Compatibility testing is necessary before making formulation decisions.
Other applications may be investigated when the ingredient's documented characteristics align with a product's technical requirements. Do not assume suitability for every skin-care, hair-care, or cleansing product without appropriate testing.
Triethanolamine Laurate belongs to the group of ingredients related to triethanolamine and its salts. A Cosmetic Ingredient Review assessment discussed triethanolamine and related ingredients under specified cosmetic-use conditions, including the need to formulate products to be non-irritating and control free diethanolamine levels. The assessment also advised against use in cosmetic formulations in which N-nitroso compounds can form.
These findings should not be interpreted as blanket approval for every concentration, product type, or market. Formulators should verify current local requirements, review the documentation for the actual commercial grade, and complete the appropriate safety assessment for the finished product before commercialisation.
Swapnroop supports cosmetic ingredient evaluation by providing product information for formulation and procurement discussions.
The commercial grade, documentation, current availability, and order terms should be confirmed before procurement.
Triethanolamine Laurate is a fatty-acid salt that can be evaluated for selected cosmetic and personal care formulations. It is identified by the INCI name TEA-Laurate, CAS number 2224-49-9, and EC number 218-749-9.
Cosmetic manufacturers in India should assess the ingredient against the intended formulation, required quality characteristics, supporting documentation, and applicable regulations. Its suitability should be established through compatibility testing and finished-product evaluation.
Contact Swapnroop to discuss Triethanolamine Laurate requirements, including intended use, grade, quantity, packaging, and documentation needs. Confirm current availability and commercial terms before ordering.
For bulk procurement, provide the intended application, required grade, quantity, packaging preference, and documentation requirements. Before approving a batch, compare its certificate of analysis with the agreed specification and review any relevant quality or safety documentation.
For new formulations, conduct laboratory trials and appropriate stability and compatibility testing before scaling up to pilot or commercial manufacturing. Maintain incoming-material checks and batch records to support consistent production quality.
Triethanolamine Laurate is the triethanolamine salt of lauric acid. It is known by the INCI name TEA-Laurate and can be evaluated for suitable cosmetic applications.
The CAS number is 2224-49-9.
The INCI name is TEA-Laurate.
The EC number is 218-749-9.
The formula for the defined 1:1 composition is C₁₈H₃₉NO₅.
Its molecular weight is approximately 349.5 g/mol for the composition represented by the formula.
It may be evaluated in suitable cleansing and foaming formulations, depending on the grade and the requirements of the finished product.
No. Suitability depends on the intended application, concentration, ingredient compatibility, safety assessment, and applicable regulatory requirements.
Review the technical data sheet, safety data sheet, and batch-specific certificate of analysis, along with the agreed product specification.
Provide your intended application, required grade, quantity, packaging preference, and documentation requirements. Confirm current availability and commercial terms before ordering.
| Parameter | Specification |
|---|---|
| Appearance | Colourless to light-yellow liquid or oily liquid |