Phenyl Modified Silicones

SiSiB® Phenyl Silicones are a specialized range of phenyl-modified silicone fluids developed for high-end personal care and cosmetic applications. By incorporating phenyl groups into the silicone polymer structure, these materials provide enhanced gloss, refractive index, thermal stability, and formulation compatibility compared with conventional dimethicone fluids. They are widely used in hair care, skin care, color cosmetics, sun care, and styling products where premium sensory performance and shine enhancement are desired.

The SiSiB® Phenyl Silicone series can deliver a silky, elegant after-feel while improving spreadability, lubricity, and overall formulation aesthetics. In hair care applications, they help enhance gloss, smoothness, softness, and color vibrancy while reducing frizz and improving manageability. In skin care and makeup formulations, phenyl silicones contribute to a lightweight, non-greasy sensory profile with improved slip and long-lasting performance. Certain grades also provide improved compatibility with organic oils, ethanol, hydrocarbon solvents, fragrances, and UV filters, enabling greater formulation flexibility in clear or transparent systems.

Different phenyl substitution levels and molecular structures allow the SiSiB® Phenyl Silicone portfolio to provide a broad range of properties, from light conditioning and silky touch to high gloss and film-forming performance. Selected products can function as conditioning agents, gloss enhancers, water-resistant additives, sensory modifiers, or carriers for active ingredients and fragrances.

SiSiB® Phenyl Silicones are suitable for a wide range of personal care formulations, including shampoos, conditioners, hair serums, leave-in treatments, styling sprays, skin serums, makeup primers, foundations, lip products, antiperspirants, and sun care systems. Their excellent oxidative stability and sensory performance make them particularly suitable for premium formulations requiring superior shine, elegant texture, and long-lasting conditioning effects.