XOM Exxon Mobil Corp

Cosmetic chemists committed to improving the feel and spreadability of their products will discover at New York Society of Cosmetic Chemists (NYSCC) Suppliers' Day, May 16-17, how the innovative ExxonMobil PureSyn(TM) Cascading Emollient System can help them obtain a unique lubricity gradient in products ranging from moisturizing body lotions to night creams. "Cascading effects create an elegant experience in a lotion or cream, but achieving those effects can be complex and challenging. The versatility of the PureSyn Cascading Emollient System can help formulators more simply attain a wide variety of finishing feels in lotions and creams," says Bill Britton, PureSyn global marketing manager. Demonstrations of lotions developed with the PureSyn Cascading Emollient System will enable chemists to discover firsthand how the PureSyn system can create a unique sensory experience. Samples of products created with the PureSyn Cascading Emollient System will be available at booth No. 637. ExxonMobil Chemical's PureSyn products are bright, clear, high-purity fluids that can be characterized as non-comedogenic and non-irritating. They blend well and bind well with a wide range of commonly used personal care and cosmetic ingredients. They offer superior emollient and moisturizing characteristics in numerous personal care formulations, including sunscreen, skin cleanser, moisturizer and hair care products. About ExxonMobil Chemical ExxonMobil Chemical is a global leader in technology, product quality and customer service, with petrochemical manufacturing and/or marketing operations in more than 150 countries around the world. To find out more about ExxonMobil Chemical, visit www.exxonmobilchemical.com. Editor's note: 1) ExxonMobil, the ExxonMobil Emblem and PureSyn are trademarks of Exxon Mobil Corporation. 2) The term "ExxonMobil Chemical" refers collectively to some or all of the companies affiliated with Exxon Mobil Corporation which have chemical manufacturing and/or marketing operations around the world.