INDIANAPLES, April 4, 2022 / PRNewswire / – Biosynthetic® Technologies, LLC today announced that it will launch its 100% bio-based emollient for personal care applications; BioEstolide ™ 250-100 at IN COSMETICS global, a Paris on April 5thth2022.
BioEstolide 250-100; a 100% biobased emollient for cosmetic and personal care applications!
Biosynthetic® Technologies produces a revolutionary new class of bio-based synthetic compounds called BioEstolides for personal care and cosmetic formulations. Bioestolides are made up of organic fatty acids found in various bio-derived oils and form sustainable bio-based emollients with many characteristics and benefits. BioEstolide ™ 250-100 it is 100% biobased and provides protection and hydration as well as a superior sensory profile for the skin. In hair applications, BioEstolide ™ 250-100 provides a barrier to retain moisture and protect from heat, while providing additional shine for a healthier look and feel. BioEstolide ™ 250-100 it has also proven to be an ethical, sustainable and natural alternative to silicone. The INCI name was registered as Acetyl Octyl Polyhydroxyoleate.
Commercial production of BioEstolide ™ 250-100 is ongoing and product samples and documentation are available on the company’s website: www.biosynthetic.com. The entire BioEstolide is available through Univar Solutions: Biosynthetic Technologies | Univar solutions.
BioEstolides ™ are natural, sustainable, bio-based emollients with a wide range of superior performance. These multifunctional and ecological ingredients are derived from castor and offer an excellent sensory profile with a NEGATIVE ecological footprint. These patented BioEstolides offer greater oxidative stability, provide extended shelf life and superior performance characteristics compared to other natural oils. BioEstolide ™ 250-100 I’m:
- 100% Biobased emollient
- US 1.0 (ISO 16128)
- Derived from castor
- Extremely stable
- Vegan, Halal and Kosher certified
“At IN Cosmetics Global we will launch our latest BioEstolide product, the BioEstolide 250-100“, He says Marco Miller, CEO Biosynthetic Technologies. “The BioEstolide 250-100 is a 100% bio-based emollient, derived from castor oil, a non-GMO source. It is a sustainable cosmetic ingredient that offers all the benefits of castor oil with the added benefits of a superior sensory profile and a Natural Origin Index (US) of 1.0! As such, this new technology provides formulators with an excellent sustainable alternative to silicones for a variety of applications, ranging from hair care to skincare to color cosmetics. “
“We are thrilled to offer this new 100% bio-based BioEstolide product,” says Dr. Matteo Kriech, COO at Biosynthetic Technologies. “The market is in dire need of sustainable, bio-based ingredients that deliver superior performance and features and benefits. Additionally, manufacturers are looking for more sustainable products that can facilitate their carbon neutrality and ES&G improvement business initiatives. as such, the BioEstolide 250-100 offers on all fronts! “
The BioEstolide product line is distributed exclusively by Univar Solutions in North America, Latin America And Europe. For more information or to collect your sample of these innovative sustainable silicone alternatives, visit Univar Solutions booth no. L60.
About Biosynthetic® Technologies LLC:
Biosynthetic® Technologies produces a revolutionary new class of bio-based synthetic compounds called Estolide which are made from organic fatty acids found in various bio-derived oils. These highly functional biosynthetic oils have numerous uses in personal care. Biosynthetic technologies strive to make their mark on the world by delivering innovations for a sustainable future. For more information on Biosynthetic ™ technologies, visit www.biosynthetic.com and follow us on LinkedIn.
View original content to download multimedia content: https://www.prnewswire.com/news-releases/biosynthetic-technologies-launches-innovative-new-high-performance-100-biobased-emollient-for-cosmetic-and-personal -care -applications-301514020.html
SOURCE Biosynthetic technologies