New fermentation technology is advancing the use of sophorolipid biosurfactants as top clean beauty ingredients in sustainable cosmetic and personal care formulations.
Sulfates. It’s a term you probably hear often. Sulfates are surfactant ingredients commonly found in personal care formulations with great foaming and cleansing abilities. So, what’s the problem? These ingredients can cause more harm than good, especially to skin. The good news? There are clean ingredient options that can outperform and replace them. Let’s delve further in…
Consumers are becoming more knowledgeable about which ingredients to avoid in cosmetics and personal care formulations.
But there’s a hidden catch…toxic chemicals can exist in a product formulation without being listed on the ingredient list. Some of the most harmful toxins are trace impurities that come from essential ingredients.1,4-Dioxane is one such culprit.
Personal care formulators use surfactants, and now biosurfactants, as emulsifiers, solubilizers, cleansers, wetters and foamers, but how exactly do they work? Formulation success can be amplified by understanding the action of these ingredients and these key terms…
What is most interesting is how the forces in each of the 3 spheres of influence have gotten stronger over the past ten years. Further, over time the “niche of success” is getting harder to hit. However, just like hitting the bullseye awards the dart thrower more points, hitting the “niche of success” rewards the ingredient supplier, formulator, personal care brand and consumer.
Biosurfactants have been recognized as the best alternative to surfactants due to their superior performance, versatility and lower usage rates. The problem? There wasn’t a production method that could make them commercially viable at the costs and scale needed for use in personal care products…until now.
Welcome to Locus Performance Ingredients, a new operating company of Locus FS dedicated to developing performance-driven, sustainable ingredients to replace toxic and palm-based chemicals in household, industrial and personal care products.