Solid Steartrimonium Methosulfate with Glucoside Carrier CAS NO 18684-11-2
Let me introduce a practical raw material - granular Steartrimonium Methosulfate, with an active ingredient content of up to 74%, using isopropanol and cetearyl alcohol as the "carrier". It is a solid small particle that can flow freely. In personal care products, it is much easier to operate than traditional liquid and paste forms. The dosage can be precisely controlled, and the prepared formula is also more stable.
Actual functional highlights
The particle morphology has obvious advantages in automated production and mass production scenarios, with less waste and accurate and consistent usage for each batch. Cetearyl Glucoside can help it disperse better, while the isopropanol base accelerates its dissolution rate. As a
Cationic Conditioner, it can wrap a dense cationic film on the surface of hair keratin, reducing hair tangles and making it smoother, making combing hair effortless.
Application scenarios
It has a wide range of application scenarios, whether it is wash off or non wash hair care products, such as hair conditioners, hair masks, or care products specifically designed to deal with frizz, static electricity, and improve hair quality. It is easy to use. If you want to make lightweight lotion and styling products (hair wax/hair gel, etc.), you need to comb them well and feel soft, and they can also carry them. It can even be added into the skin care lotion, which can be pushed away better when applied, and can make the effective ingredients stick to the skin more.
Safety precautions
As a
Cationic Softener, it works well with most non-ionic emulsifiers and some amphoteric surfactants. But when encountering anionic components, they may form insoluble "small pieces". If there are anionic raw materials in the formula, be sure to try them on a small scale first. Although it has a mild nature, it is important to take protective measures when in contact with solid particles to avoid skin and eye irritation. Store in a cool and dry place, away from heat sources and direct sunlight, so that the particle state and activity can remain online.