Discover Elementis with DKSH Performance Materials at In‑cos Global 2026

Is a specially prepared dipsersion of an organically modified hectorite in Isododecane. This grade is designed with a high active content to impart rheological control and suspension in cosmetic products. BENTONE ULTIMATE ISD applied easily without leaving a greasy film on the skin. It provides thermostable viscosity control of the emulsion's oil phase, improves application properties, enhances skin-feel, improves suspension and imparts a pleasant residual silkiness to the skin. It is also particularly useful in emulsions and can be used in "cold process" systmes. It is an alternative to traditional polymer or cellulose-based thickeners for stabilising emulsions.

Specially prepared dispersion of an organically modified hectorite in a low carbon alkane. This grade is designed with a high active content to impact rheological control and suspension in cosmetic products. Due to BENTONE ULTIMATE LC's volatility, it is an excellent alternative to cyclopentasiloxane based products. It applies easily without leaving a greasy film on the skin. It provides thermostable viscosity control of the emulsion's oil phase, improves application properties, enhances skin-feel, improves suspension and imparts a pleasant residual silkiness to the skin. It is also particularly useful in emulsions and can be used in "cold process" systems. It is an alternative to traditional polymer or cellulose-based thickeners for stabilising emulsions.

NATURALUXE MFF is a biodegradable (non-persistent), 80% natural polyester-based film former for O/W sunscreen emulsions providing very water resistant performance (> 50% SPF retention after 80 min water immersion) as demonstrated by in-vitro SPF and water resistance testing. NATURALUXE MFF is a high performing material. It is 100% active, compatible with ethanol and comes in an easy to handle liquid format. The extremely pleasing sensory combined with low odour and no colour impact to the final formulation completes the value proposition.