Description
Hydroxyethyl urea is a low-molecular-weight, highly water-soluble, hygroscopic solid that functions as a moisturizer and humectant in cosmetics and personal care products. It is a derivative of urea, singly substituted with 2-ethanol. It is usually available as an aqueous solution in water.
A derivative of Urea, that works as a strong moisturizer and humectant meaning that it helps the skin to cling onto water and thus to make it hydrated and elastic.
It is non-sticky and non-tacky and gives a lubricous and moist feeling to the skin, it can also be added to conditioner, ethnic hair, hair sprays, shampoo, styling product.
hydroxyethyl urea is a humectant in skincare that helps replenish and maintain skin’s moisture levels. In addition to its powerful hydrating ability, it helps promote cell turnover.
FEATURES / BENEFITS
Moisturization equal to glycerin
Non-tacky feel
Excellent aesthetics
Nonionic – broad compatibility
Preservative free
Little to no impact on formula viscosityFormulation tip: Some formulations may require the use of a stabilization system, to prevent the formulation from drifting to higher pH during stability testing. Hydroxyethyl urea needs a buffer to help maintain pH and reduce having some degradation change to ammonia
an example of a buffer is Lactic acid and NaOH,
INCI: Hydroxylethyl Urea
Usage Rate: 1% – 20%
CAS Number: 1320-51-0
Soluble in water.
Liquid
Suggested pH Range of final formulations: 5 – 8
Add to the water phase of an emulsion (Hot or Cold)
It is non-sticky and non-tacky and gives a lubricous and moist feeling to the skin, it can also be added to conditioner, ethnic hair, hair sprays, shampoo, styling product.
hydroxyethyl urea is a humectant in skincare that helps replenish and maintain skin’s moisture levels. In addition to its powerful hydrating ability, it helps promote cell turnover.
FEATURES / BENEFITS
Moisturization equal to glycerin
Non-tacky feel
Excellent aesthetics
Nonionic – broad compatibility
Preservative free
Little to no impact on formula viscosityFormulation tip: Some formulations may require the use of a stabilization system, to prevent the formulation from drifting to higher pH during stability testing. Hydroxyethyl urea needs a buffer to help maintain pH and reduce having some degradation change to ammonia
an example of a buffer is Lactic acid and NaOH,
INCI: Hydroxylethyl Urea
Usage Rate: 1% – 20%
CAS Number: 1320-51-0
Soluble in water.
Liquid
Suggested pH Range of final formulations: 5 – 8
Add to the water phase of an emulsion (Hot or Cold)
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