Cosméticos y artículos de tocador

POLYPLASDONE™ XL by Ashland Specialty Chemical acts as a rheology modifier and tablet disintegrant. It is a non-ionic, water-insoluble but swellable crosslinked PVP homopolymer. Due to porous particle morphology, it acts as super disintegrants, providing rapid disintegration to denture-cleaning tablets.

ISP - SURFATHIX-N polymer by Ashland acts as a rheology modifier and surfactant. It is an acrylate-based technology with unique hydrophobic properties which brings clarity, thickening and suspension performance of particles and beads to cleansing products. It is compatible with a variety of ingredients commonly used in rinse off formulations including various surfactants, salts, and cationics. SurfaThix™ N polymer offers improved foam density (creamy lather), smoother dry-feel in finished formulations and can be easily rinsed-off. In hair care products, it offers improved dry comb in silicone containing shampoo, smooth feel on wet hair and enhanced detangling. Suggested for use in body and hand washes, facial cleansers and shampoo formulations.

ISP - STABILEZE QM polymer by Ashland Specialty Chemical acts as a rheology modifier. It is based on methylvinylether/maleic anhydride and delivers exceptional thickening, suspending and stabilizing capability in aqueous and non-aqueous systems, even at low use levels or low pH. It disperses easily in water and forms clear, aqueous gels. Its shear-thinning properties allow strong gels with quick break for processing, spreading and dispensing. Moreover, it formulates into clear products and is effective over wide pH range. It imparts exceptional skin feel and stability to emulsions. It can create sprayable polyelectrolyte matrix when formulated with linear, high molecular weight cationic or pseudocationic polymers. It is compatible with a wide range of ingredients including polyquaterniums and has limited compatibility with salts & some anionic surfactants.

ISP - ULTRATHIX 21 is self-wetting rheology modifier with improved electrolyte tolerance, excellent sensorial properties, emulsion stabilization and hydroalcoholic systems