Cocamidopropyl Betaine In Skin CareCocamidopropyl Betaine In Skin Care

chemical formula of cocamidopropyl betaine(CAPB)can be extracted from coconut oil and dimethylaminopropylamine. CAPB is a surfactant. It can be added to personal care products or used in bath products such as shampoo and soap for washing hands. It's also an organic compound. And you can see from its name that the main part of its molecule, the lauric acid group, comes from coconut oil. CAPB is a medium-strength surfactant that can also be used in cosmetics and has an emulsifying and thickening effect. It can also be used as an antistatic agent in hair toners that do not irritate the skin or mucous membranes. It is also added to personal hygiene products as a preservative.

Lipophilic, lipophilic and hydrophilic properties are chemical properties of surfactants, so surfactants can remove dirt and oil from the skin. Surfactants can reduce the surface tension of water, making it easier to wet, thus removing oil and dirt from the skin. So it's also a detergent

Some surfactants are very irritant to the skin, but coconut oil aminopropyl betaine usually does not irritate the skin. So the coconut oil aminopropyl betaine is added to baby soap and shampoo. Because of the thickening and foaming properties of coconut oil aminopropyl betaine, it helps to moisturize the skin. It is generally used as a cleaner. However, some people are sensitive skin and may have an allergic reaction to the compound. So using cosmetics that contain coconut oil, amide propyl betaine, can cause red, itchy or peeling skin, It could be that surfactants can cause contact dermatitis. See a dermatologist.

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Synthesis of DMC-based polyether polyol by a continuous method A certain amount of DMC catalyst is taken and uniformly dispersed in a certain amount of small molecule initiator. Add 0.5 kg of the mixture of the initiator in the small test reactor. The vacuum was replaced 1-2 times with N2, and the N2 pressure was maintained at 0.1 MPa. After heating, stirring and raising the temperature to a certain temperature, the quantitative PO was introduced into the continuous autoclave with nitrogen gas for induction. When the induction is successful (the temperature in the kettle rises and the pressure drops), the PO is continuously passed to carry out the reaction. Open the outer loop and continue to pass the PO into the continuous kettle. When the liquid in the reaction vessel is full, the PO, DMC catalyst and the initiator are continuously added to the kettle at a certain ratio and a certain speed through the power system. Continuous discharge is started when a certain pressure is reac

Nanjing Chemical Material Corp.

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