Cosmetici e articoli da toeletta

N-HANCE BF 17 Cationic Guar by Ashland Specialty Chemical is a thickener and conditioning agent. It is boron-free & cross-linked with glyoxal which differentiates it from typical cationic guars. This quaternary polymer is a medium-cationic-substitution, high-molecular-weight polymer which is substantive to anionic surfaces such as skin and hair. N-Hance™ BF-17 Cationic Guar is designed for use in shampoos and body washes. Upon dilution of the surfactants with water, the cationic guar will complex with the anionic surfactants. The complex will deposit cosmetically effective levels of ingredients such as silicone or emollient oils onto hair and skin.

N-HANCE 4572 Conditioning Polymer by Ashland Specialty Chemical acts as a conditioning and thickening agent. It is a medium charge density, high molecular weight cationic polymer composition with ability to deliver high levels of conditioning oil to hair or skin from cleansing formulations while allowing formulators to reduce active conditioning oil levels by 25-50%. Promotes wet and dry combing leaving the hair with a silky dry feel. It improves wet feel and increases the slip and lubricity of hair, important for reducing tangles. It can improve skin feel after bathing and showering.

N-HANCE HPCG 1000 Hydroxypropyl Guar by Ashland Specialty Chemical is a cationic, polymeric thickener and conditioning agent. it delivers high level of lubricity, which makes it particularly suitable for applications requiring slip. 

N HANCE 3215 by Ashland Specialty Chemical is a conditioning and thickener. It is compatible with most anionic surafactants. It imparts soft and luxurious afterfeel to the skin. It develops foam with better stability, lather and skin lubricating properties. N-Hance™ 3215 Cationic Guar is used in hair care products like shampoos, skin care products like soaps, hand-, body and facial emulsions and shaving creams. This high cationic substitution, high molecular weight polymer is substantive to anionic surfaces like skin and hair.