Cosmetics & Toiletries

Sil-Bent® Lipo is a high-performance lipophilic rheology modifier based on organically modified bentonite clay (Quaternium-18 Bentonite). Developed for oil-based, anhydrous, and waterless cosmetic formulations, it provides excellent thickening, suspension, and stabilization properties. Sil-Bent® Lipo helps suspend pigments and insoluble particles, improves emulsion stability, and enhances formulation texture while delivering a smooth, elegant sensory profile. Its thixotropic behavior enables the creation of thermostable systems with improved viscosity control, making it ideal for color cosmetics, nail care, and other oil-based applications.

KHG-3818 is a formulation aid composed of an organo‑modified hectorite and silicone‑compatible emulsifying agents, designed to provide suspension stability, thixotropic properties, and improved compatibility with both silicones and organic oils.

Sil-Bent Lipo V is a natural, high-performance lipophilic rheology modifier based on organically modified smectite. Designed for oil-based, anhydrous, and silicone cosmetic formulations, it provides effective oil phase thickening, suspension, and emulsion stabilization, even in fluid systems. It enhances pigment suspension, improves formulation stability, and delivers a smooth, non-greasy sensory profile with improved spreadability and skin feel.

Sil-Bent Gel is a high-performance lipophilic rheology modifier specially developed for the cosmetic market. Produced through the dispersion of organically modified smectite in capric/caprylic triglycerides, Sil-Bent Gel delivers excellent thickening, suspension, and stabilization properties for oil-based, anhydrous, silicone-based, and organic cosmetic formulations. Designed for superior compatibility with cosmetic oils and emollients, Sil-Bent Gel helps control the viscosity of the oil phase while improving emulsion stability and pigment suspension. Its thermostable performance supports stable formulations even under temperature variations, while its sensory-enhancing properties improve spreadability and help mask greasy or sticky skin feel.