Dedicated to the advancement of cosmetic science
74th Annual Scientific Meeting & Showcase
The SCC is looking for submissions covering new or novel ingredient, process, and formulation technologies; sustainability; regulatory; safety; and/or testing and claims, covering both basic and advanced knowledge levels within cutting edge topic areas.
LEARN MOREFind out how you can participate in our circle of professionals
Membership includes access to cutting-edge continuing education events and a subscription to the Journal of Cosmetic Science, the Official Journal of the Society of Cosmetic Chemists.
READ MOREThe SCC's digital platform of cosmetic science content
Content on this new hub includes: digital issues of the redesigned Journal of Cosmetic Science; archives of SCC Webinars; videos/slide-syncs of the scientific presentations delivered at recent Annual Scientific Meetings; and other resources
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Support the SCC every time you shop on Amazon!
You can now support the Society of Cosmetic Chemists every time you shop on Amazon! It’s a simple and easy way to...
From courses scheduled in conjunction with chapters' Suppliers’ Days to free webinars, the SCC has something f...
Welcome to the Society of Cosmetic Chemists' blog where we aim to provide you with valuabl...
Media Library & Resource Center
The Society of Cosmetic Chemists' first-ever Media Library and Resource Center is the cosmetic scientific community...
We are excited to announce our first-ever Media Library & Resource Center. This digital platform is your go-to resource for newly redesigned journal issues, SCC webinars, annual meeting content, and other resources.
Butterfly pea (Clitoria ternatea) anthocyanins are important natural food colorants. However, the instability hinders industrial applications. This study determines whether or not it can be used in the cosmetic industry.
The concerns over the coronavirus disease (COVID-19) outbreak, both nationally and locally, are at the forefront today. Given the current climate of uncertainty, we are providing you with the following information and guidance with regard to the continually evolving situation.
The electrokinetic (ζ, zeta) potential was determined for a series of commercial tattoo pigments. A standard experimental method involving the measuring of the level difference formed in a U-shaped tube filled with a solution containing the dye after application of some potential difference was used to find ζ-potential values.
The Society thinks it’s time to acknowledge more members more often, so we’ve decided to place a spotlight on members whose dedication to the SCC has not gone unnoticed. Find out why this dedicated chemist started making Halloween costumes.
