Formulate your color cosmetics with confidence. As consumer expectations evolve and the personal care industry accelerates toward a more sustainable future, brands face increasing pressure to deliver high-performance products that are both responsible and effective.
Eastman Esmeri™ CC1N10 cellulosic ester micropowder offers long-lasting optical effects, sensory enhancement and improved application evenness for a range of color cosmetics — including lipsticks, liquid foundations, tinted creams and pressed powders.
Innovation meets sustainability
Produced from 63% sustainably sourced wood pulp,1 Esmeri CC1N10 is non-nano2 and engineered to perform across a variety of color cosmetic applications.
This innovative ingredient is readily biodegradable3 in freshwater, according to OECD 301B guidelines.
1Wood pulp sourced from forests certified by the PEFC™ and FSC® 2Non-nano per Commission recommendation (2022/C 229/01) 3Biodegradable per Commission regulation (EU) 2023/2055 relating to synthetic polymer microparticles
Precise control of the particle size of Esmeri CC1N10 and its uniform distribution create a smooth, even effect on skin. The result? A powder that optimally scatters light to fill in fine lines and wrinkles.
Esmeri CC1N10 can be used in various lipophilic color cosmetics, including foundations, pressed powders and lipsticks.
Foundation: Diminishes skin imperfections and provides a smooth, even application that lasts
Lipstick: Improves the smoothness, evenness and color payoff of pigmented lip products
Pressed powder: Supports compaction and pickup, resulting in a soft-focus effect
Long-lasting optical effects
From soft-focus finishes in liquid foundations to enhanced color payoff in lipsticks, Esmeri CC1N10 helps you create color cosmetics that perform. See how it compares to other commonly used ingredients.
Ready to create something beautiful with Esmeri CC1N10? Reach out to an Eastman representative today. Complete the form to request a consultation, get more information and stay informed about future developments.
