Btms 50

Description

INCI: Behentrimonium Methosulfate (and) Cetyl Alcohol (and) Butylene glycol

Usage rate 1-15%

BTMS 50 can function as a complete emulsifying wax. It is excellent for hair formulas and works as an emulsifier in lotion. BTMS 50, also known as Behentrimonium Methosulfate, is a popular ingredient used in hair care products, particularly conditioners and hair masks. It is a gentle, yet highly effective, conditioning agent that helps to detangle and soften hair, leaving it smooth, manageable, and shiny.

BTMS 50 is derived from natural sources, often obtained from rapeseed oil, making it a great choice for those looking for more natural and sustainable hair care options. It has excellent hair affinity, meaning it readily binds to the hair strands, providing long-lasting moisture and nourishment.

This versatile ingredient not only helps to improve the overall appearance and texture of the hair, but it also has anti-static properties, reducing frizz and flyaways. Additionally, BTMS 50 is known for its ability to improve the combability of hair, making it easier to style and reducing breakage during brushing or combing.

It offers deep conditioning, detangling, softening, and anti-frizz benefits, all while being derived from natural sources. Incorporating BTMS 50 into hair care products can help you achieve beautiful, healthy-looking hair

1. Derived from renewable rapeseed oil using a multi-step enzymatic process
2. White flaky powder that is soluble in oil and most organic solvents
3. Classified as an emollient, emulsifier and conditioner for cosmetics
4. Creates stable oil-in-water emulsions ideal for lotions and creams
5. Provides exceptional thickening properties at just 3-6% use levels
6. Gives a light, non-greasy feel and shine control to cosmetics
7. Conditions hair and skin while retaining moisture balance
8. Suitable for eco-friendly preservation systems using non-parabens
9. Certified as >95% biodegradable according to stringent OECD 301B guidelines
10. Wide pH stability along with heat and freeze-thaw stability for manufacturing