“Direct evidence for Trimethylolpropane Triethylhexanoate alone is limited; an emulsion study listing this oil among tested oils supports oil-phase arrangement/occlusion as a way to improve and retain stratum-corneum hydration.”
Trimethylolpropane Triethylhexanoate
Cosmetics
Code: 126202
a chemically stable ester with moisturizing and solubility benefits. It is a general purpose branched chain ester. This light & less oily texture ingredient offers excellent emulsion stability and high skin affinity. It possesses great oxidation stability. It is very safe for use on skin.
Trimethylolpropane Triethylhexanoate is a chemically stable ester with moisturizing and solubility benefits. It is a general purpose branched chain ester. This light & less oily texture ingredient offers excellent emulsion stability and high skin affinity. It possesses great oxidation stability. It is very safe for use on skin.
Usage: Used in skin care products in all formulas.
How to mix: Mix in the oil. Can withstand heat
Usage rate: 1-20%
Product characteristics: clear, light liquid
Solubility: Can be dissolved in oil.
Storage: Can be stored at room temperature. But close the bottle cap tightly. Then completely protected from sunlight or heat. The product has a minimum shelf life of 2 years.
INCI Name : Trimethylolpropane Triethylhexanoate
- Room (25-40C)
- 24 Months from manufacturing or testing date.
- 0.10% - 20.00%
- 0.00%
- Add into oil phase. Heat tolerant.
- Heat Tolerant
- 0.00 - 0.00
- Soluble in Oil
- Cream, Lotion, Serum
“Closest ingredient-family evidence: ester emollient physicochemical properties such as viscosity, molecular structure and spreading behavior are linked to lighter, less oily/tacky skin feel.”
“Closest emollient evidence: emollients can increase stratum-corneum water content through water delivery and occlusion, supporting a moisturizing benefit for oil-phase emollients.”
“Closest moisturizer/emollient evidence: moisturizers improve skin barrier repair and skin integrity through humectant, emollient and occlusive mechanisms; evidence is class-level, not specific to Trimethylolpropane Triethylhexanoate.”
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