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Hydroxyethyl Urea powder Raw Materials CAS 2078-71-9
Product Overview:
The main characteristic of Hydroxyethyl Urea Powder is to provide moisturising function to skin care products without sticky feeling, at the same time, Hydroxyethyl Urea CAS 2078-71-9 can increase the elasticity of the skin and replenish the moisture of the skin, and Hydroxyethyl Urea Raw Materials is good with all kinds of skin care raw materials, mild and non-irritating.
Hydroxyethyl Urea powder Raw Materials CAS 2078-71-9 Attributes
MF:C3H8N2O2
MW:104.11
EINECS:640-848-4
Specification:Hydroxyethyl Urea powder
Sample:Hydroxyethyl Urea powder
Brand:Hydroxyethyl Urea powder
Appearance: white powder
Storage: Cool Dry Place
Brand: Globalchemical
Shelf Life: 2 Years
Test Method: HPLC
Hydroxyethyl Urea powder Raw Materials CAS 2078-71-9 Details
Uses and synthesis of Hydroxyethyl Urea powder
The main characteristic of Hydroxyethyl Urea Powder is to provide moisturising function to skin care products without sticky feeling, at the same time, Hydroxyethyl Urea CAS 2078-71-9 can increase the elasticity of the skin and replenish the moisture of the skin, and the compatibility of Hydroxyethyl Urea Raw Materials with all kinds of skin care products is good. It has good compatibility with all kinds of skin care materials and is mild and non-irritating.
Applications / Functions of Hydroxyethyl Urea powder
- Hydroxyethyl Urea powder is the intermediate of furazolidone.
- Hydroxyethyl Urea CAS 2078-71-9 is a good humectant, used in a large number of cosmetic moisturising products, similar to the effect of glycerine, but compared with glycerine, hydroxyethyl urea has a more significant moisturising effect.
Physicochemical Property of Hydroxyethyl Urea powder
Hydroxyethyl Urea Raw Materials are crystals. Melting point 95℃. Soluble in water, alcohol.
Production methodprocess of Hydroxyethyl Urea powder
Hydroxyethyl Urea powder can be obtained by the reaction between ethanolamine and urea. Add ethanolamine into the reaction pot, put urea under stirring, heat to 110-115 ℃, after 4h reaction, cooling that is the finished product.
