Application of silicone oil in cosmetics-Cosmetic silicone oil manufacturer

Organopolysiloxane compounds have been widely used in skin care, hair care, beauty products and special products such as antiperspirants and deodorants.
Through long-term and large-scale experiments in physiology, toxicology and genetics, people have confirmed that some organopolysiloxane compounds are safe, reliable and have excellent properties. For example, they are light-transmitting and UV-resistant, have strong physiological inertness, are non-toxic, have no odor, and have good properties. Surface activity, these characteristics make organopolysiloxanes more and more widely used in cosmetics.
Silicone compounds have many outstanding advantages when used in personal skin care products. By comparing it with a variety of ingredients commonly used in personal care products (Vaseline, white oil, etc.), someone concluded that methylpolysiloxane with a viscosity of 315 × 10-4 (m2/s) has good spreadability and emollient properties. It is the best in terms of sex and softness, and silicone skin care will not clog the pores on the skin surface and can reduce the occurrence of acne.
Introducing other functional groups into polysiloxane molecules can produce a variety of modified polysiloxanes with better properties. Polyether-modified polysiloxane has good surface activity whether in organic systems or in water. By reducing the surface tension of liquids, it plays a variety of functions such as wetting and softening. It can also be antistatic, enhance breathability, and interact with When mixed with other cosmetic components, it can reduce the irritation of the component to the skin and eyes, and is widely used in beauty cosmetics.
Adding 0.5% to 1% polyether-modified polysiloxane to the oil removal detergent can increase the oil elution rate by nearly 30%. Amino-modified polysiloxane with a certain ammonia value and appropriate anionic surfactants can be made into transparent shampoo.
Adding a small amount of amino silicone oil to toothpaste can form a hydrophobic and stable film on the tooth surface, which can effectively prevent tooth staining caused by smoking and dental caries caused by organic acids, and improve oral hygiene.