Ingrédients cosmétiques

WATEC® ECT is an amino acid derivate and belongs to a group of molecules called extremolytes, which are produced by extremophilic micro-organisms to survive in extreme environmental conditions, such as high or low temperatures, extreme pressures, and high salinity. Extremolytes protect the cells and biological macromolecules from damage by such external stresses. WATEC® ECT is a safe, highly stable, 100% natural (fermentation process) and multifunctional cosmetic active ingredient with outstanding cell protection and anti-aging properties. Its antioxidant property protects the Langerhans cells against damage from pollution and provides overall cellular protection.  It is highly hydrophilic and protects the skin from dehydration due to environmental exposure with long-term moisturizing ability. It has excellent anti-inflammatory effect, repairs and reinforces broken skin barrier, and prevents DNA damage from UV and visible light.

WATEC® HA (HA 2.2) is a high-purity sodium hyaluronate designed for advanced cosmetic and pharmaceutical applications. With a molecular weight of ≥2.0×10⁶ Da, it offers excellent hydration, viscosity, and stability. Ideal for skincare formulations, it enhances moisture retention and promotes skin elasticity while maintaining stringent microbiological and heavy metal purity standards.

WATEC® HA (miniHA) is a high-purity sodium hyaluronate with a molecular weight of ≤10,000 Da, designed for deep skin absorption and intense hydration. Ideal for anti-aging and skin repair applications, it offers excellent moisture retention and skin-rejuvenating properties. Suitable for use in advanced skincare formulations​.

WATEC® HA (HA 2.0) is a high-purity sodium hyaluronate powder designed for cosmetic and pharmaceutical applications. With a molecular weight of (1.5-2.0)×10⁶ Da, it enhances skin hydration, elasticity, and moisture retention. Its exceptional purity and stability make it ideal for premium skincare formulations, including serums, creams, and anti-aging treatments.