SURFACE TREATED SYNTHETIC MICA POWDER SM-530 TS is Synthetic Fluorphlogopite & Triethoxycaprylylsilane, surface treated syn mica.

Novaguard COS is a clear, water-white to pale yellow liquid preservative blend composed of phenoxyethanol, caprylyl glycol, and chlorphenesin. It offers broad-spectrum antimicrobial protection without parabens, formaldehyde, or isothiazolones, making it suitable for cosmetics and personal care products. Novaguard COS is compatible with various formulations, including skin, hair, and sun care, and is effective in water/silicone emulsions with a low odor profile, ideal for fragrance-sensitive applications.

Sil-Bent® Gel V-CM is a high-performance lipophilic rheology modifier developed from organically modified smectite clay dispersed in cyclopentasiloxane. Designed for color cosmetics, sun care, emulsions, and anhydrous formulations, it provides excellent oil-phase thickening, pigment suspension, and emulsion stabilization while enhancing texture and application properties. Sil-Bent® Gel V-CM helps create smooth, thermostable formulations with improved spreadability and a silky, non-greasy skin feel. Its versatile performance makes it ideal for suspending pigments and inorganic UV filters while improving the sensory profile of cosmetic products.

Sil-Bent® Gel V-CA is a high-performance rheological modifier derived from organically modified smectite clay dispersed in natural coco caprylate. Designed for organic and natural cosmetic formulations, it provides excellent oil-phase thickening, pigment suspension, and emulsion stabilization while enhancing product texture and sensory performance. The combination of modified bentonite and coconut-derived coco caprylate delivers a lightweight, non-greasy skin feel, improves spreadability, and helps create thermostable, homogeneous formulations. Ideal for color cosmetics, sun care, emulsions, waterless products, and antiperspirants, Sil-Bent® Gel V-CA supports formulation stability while contributing to a smooth and luxurious application experience.