Rheology Modifier Products for Hair Care

Casid HSA is an efficient, thixotropic viscosity builder that will gel hydrocarbons, many esters, and certain silicones. It has a higher melting point than Stearic Acid.

A multi-functional polymeric rheology modifier.

A multi-functional polymeric rheology modifier.

A multi-functional polymeric rheology modifier.

A multi-functional polymeric rheology modifier.

A polymeric, oil based thickeners.

A polymeric gellant which enable clear, soft solid, anhydrous gels.

A polymeric gellant which enable clear, soft solid, anhydrous gels.

A polymeric gellant which enable clear, soft solid, anhydrous gels.

A polymeric gellent which enable clear, solid, anhydrous gels.

An oil phase thickener, composed of treated hectorite clay dispersed in C15-19 Alkane.

An oil phase thickener, composed of treated hectorite clay dispersed in Caprylic/Capric Triglyceride.

An oil phase thickener, composed of treated hectorite clay dispersed in Isododecane.

Naturally occurring Kaolin, with an average particle size of 0.2 microns. Careful processing results in soft, fine particles. Kaolin can be used for opacifying formulations and modifying rheology.

Naturally occurring Kaolin, with an average particle size of 0.4 microns. Careful processing results in soft, fine particles. Kaolin can be used for opacifying formulations and modifying rheology.

Naturally occurring Kaolin, with an average particle size of 0.7 microns. Careful processing results in soft, fine particles. Kaolin can be used for opacifying formulations and modifying rheology.

Naturally occurring Kaolin, with an average particle size of 1.7 microns. Careful processing results in soft, fine particles. Kaolin can be used for opacifying formulations and modifying rheology.

Bulking agent based on Polypropylene wax that can boost sparkle effects and mattify formulations. Average particle size 12 - 34 microns.

USG-110 is a silicone cross polymer swollen in volatile dimethicone (2cs)