Sil-Bent Ultra White is a natural, high-performance hydrophilic rheology modifier based on purified smectite clay and titanium dioxide. Designed for aqueous cosmetic formulations, it provides effective thickening, suspension, and emulsion stabilization, even under challenging conditions.It also acts as a natural opacifier while delivering detox and anti-pollution benefits through its ability to absorb charged impurities. Additionally, it enhances spreadability and creates a smooth, matte, and elegant sensory profile.

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.

Sil-Bent Gel V-MO is a high-performance lipophilic rheology modifier developed through the dispersion of organically modified smectite in capric/caprylic triglycerides. Designed for organic, anhydrous, and oil-based cosmetic formulations, it provides excellent oil phase thickening, suspension, and emulsion stabilization, even in fluid systems. It enhances pigment dispersion, improves formulation stability, and delivers a smooth, non-greasy sensory profile with improved spreadability and skin feel.