OXY 229 PF 100 ml

OXY 229 PF - advanced perfluorocarbon oxygen carrier for enhanced cellular respiration and tissue vitality

Modern cosmetic engineering increasingly focuses on delivery systems that optimize cellular metabolism and improve active ingredient bioavailability within deep epidermal layers. OXY 229 PF is a specialized high-purity perfluorocarbon dispersion designed to capture, transport, and release molecular oxygen directly to cutaneous tissues. This innovative raw material functions as an efficient gas carrier, significantly boosting local microcirculation and cellular respiration. The formulation incorporates a carefully balanced matrix of fluorinated active components, high-affinity gas-binding agents, specialized stabilizing lipid fractions, biocompatible dispersion aids, deep hydrating moisture regulators, and functional protective additives. By enhancing tissue oxygenation, this advanced ingredient accelerates natural cell renewal, revitalizes fatigued complexions, and supports optimal skin barrier performance.

Global market interest in oxygenating cosmetics continues to expand rapidly as consumers seek professional-grade treatments that combat urban pollution, hypoxia, and premature skin dullness. Formulators and international skincare brands prioritize raw materials that offer proven physiological benefits without causing irritation or destabilizing complex emulsions. Within professional cosmetic laboratories and advanced home manufacturing setups, OXY 229 PF serves as a cornerstone active for anti-pollution serums, revitalizing oxygen masks, post-procedure recovery creams, and high-performance anti-aging formulations targeted at stressed or mature skin.

Application scope and formulation versatility in professional manufacturing

The application potential of this oxygen-transporting active spans various specialized sectors of the modern beauty and personal care industry. In professional facial skincare, it is integrated into lightweight oxygenating gels, revitalizing eye contour fluids, and intensive anti-fatigue emulsions designed to restore radiance to tired skin. In professional spa treatments, the ingredient supports protocols aimed at detoxifying the cutaneous matrix and enhancing the penetration of subsequent active substances. Although it is not utilized in traditional soap making, candle production, household cleaning chemistry, food processing, or fine perfumery, its role in advanced dermocosmetic laboratories and bespoke skin care creation is exceptionally valuable.

Formulators and cosmetic chemists benefit greatly from the chemical inertness and high stability of OXY 229 PF within various emulsion types. The compound remains completely biocompatible and safe, exhibiting excellent compatibility with a wide range of auxiliary ingredients, humectants, and thickening agents. This technological reliability empowers developers to construct innovative cosmetic lines that deliver tangible physiological improvements, meeting the rigorous standards demanded by international markets and professional aesthetic practitioners.

Revitalizing oxygen-boosting facial gel

Demineralized water - 65 grams Glycerin - 3 grams Sodium hyaluronate solution - 10 grams OXY 229 PF - 10 grams Niacinamide - 3 grams Panthenol - 2 grams Cosmetic preservative - 2 grams

In a clean, sterilized glass beaker, combine the demineralized water and vegetable glycerin, stirring until fully blended. Introduce the sodium hyaluronate solution into the aqueous base, mixing gently until the mixture thickens into a smooth, uniform, crystal-clear hydration gel. Add the niacinamide and panthenol, stirring continuously until all solid particles are completely dissolved and integrated. Carefully incorporate the OXY 229 PF oxygen carrier into the gel matrix, using a high-shear mixer or propeller stirrer at moderate speed to ensure a stable, homogeneous dispersion of the perfluorocarbon phase. Finally, add the cosmetic preservative, check that the overall acidity matches physiological skin parameters, and transfer the finished gel into an airless pump dispenser.

The resulting product features a cooling, lightweight, translucent gel texture that glides smoothly onto the skin and breaks down into a refreshing watery essence upon application. It absorbs rapidly without leaving any greasy film, delivering an immediate burst of hydration and revitalization while leaving the complexion visibly energized, smooth, and radiant.