Polysilicone-22
What is Polysilicone-22?
Polysilicone-22 is a synthetic organosilicon compound, a type of polysiloxane copolymer derived from siloxane monomers through polymerization processes. Commonly found in hair styling products, conditioners, shampoos, and some skin care formulations like moisturizers and makeup, it belongs to the silicone polymer family valued in cosmetics. It functions by depositing a thin, flexible, water-resistant film on hair shafts or skin surfaces. This film helps reduce friction, improving slip and manageability while offering a lightweight barrier that locks in moisture and shields against environmental stressors without heavy residue. Its compatibility with other ingredients makes it ideal for both rinse-off and leave-on applications, contributing to a silky texture and enhanced product performance.
Benefits
Provides a smooth, slippery feel to hair and skin surfaces.
Forms a lightweight protective film to aid moisture retention.
Improves manageability and shine in hair care formulations.
Who It's For
A quick guide for who this ingredient may suit (and who should be cautious).
| Who May Benefit | Who Should Avoid |
|---|---|
| Individuals with dry or frizzy hair seeking conditioning effects. | Those with rare silicone sensitivities. |
| People looking for non-greasy smoothness in skincare. | People preferring silicone-free formulations. |
| Users of styling products needing friction reduction. | Individuals experiencing buildup from frequent silicone use. |
Safety Notes
- Considered safe for cosmetic use in reviewed concentrations by expert panels.
- Rated low hazard with no significant irritation concerns in standard applications.
Frequently Asked Questions about Polysilicone-22
Is Polysilicone-22 comedogenic?
No, it carries a comedogenic rating of 0, making it unlikely to clog pores.
What products contain Polysilicone-22?
Commonly used in shampoos, conditioners, hair sprays, and skin moisturizers.
Does it cause irritation?
Evidence shows low potential for irritation in cosmetic formulations.