Clariant has launched a new rheology modifier based on a patented technology. Aristoflex Eco T, which allows skincare formulators to make luxurious, pleasant texture formulations without compromise on biodegradability.
Rheology modifiers are a key ingredient in skincare formulations. They influence texture, viscosity and formulation stability, and have an impact on skin feel and overall sensorial experience. Traditionally, synthetic polymers offer good performance but are not natural or biodegradable. Conversely, natural biopolymers often suffer performance drawbacks that can present a challenge to formulators aiming to create products with luxurious textures and skin feel.
Clariant aims to provide the beauty industry with increasingly environmentally sustainable and natural ingredients, while reducing the compromise on performance. Aristoflex Eco T is the first modified biopolymer approaching the performance of synthetics while also being readily biodegradable and naturally derived. Formulators require high-performance alternatives to synthetic rheology modifiers and Aristoflex Eco T delivers.
“With the launch of Plantasens® Biogum Tara back in 2021, Clariant started the journey towards sustainable high performing rheology modifiers. Aristoflex Eco T is our next step on this journey and unlocks new possibilities for formulators in creating sophisticated, yet sustainable skin care products. ” said Michael Haspel, Clariant’s Head of Personal Care & Home Care.
The new rheology modifier is naturally derived from Tara Gum, obtained from the Tara Spinosa plant that grows in the Peruvian Andes. It is readily biodegradable meaning that it doesn’t build-up in the environment and has a renewable carbon index (RCI) of 71%.
With an ability to stabilize oils and pigments, Aristoflex Eco T can be used across a range of applications including facial creams, body lotions and skin serums. It also works well in sun care products containing organic and mineral UV Filters.
