Cosphaderm HAP is a cost-efficient, water-soluble multifunctional with strong antimicrobial activity, particularly effective against yeasts and moulds. It offers high pH stability in the range of 3 to 9 and does not affect the sensory or physical properties of the formulation. Thanks to its mild profile and its additional antioxidant properties, it is well-suited for a wide variety of formulations while maintaining effective preservation.

Cosphaderm® T-50 NON GMO ECO is a blend of organic sunflower oil and mixed tocopherols from NON GMO vegetable sources. It contains a minimum total amount of 50% tocopherol with high proportions of beta, gamma and delta isoforms. Mixed tocopherols are widely used as ideal natural antioxidants for protection of oil and fat components susceptible to oxidation.

Cosphaderm E-1000 Sunflower consists of the strong antioxidant d-alpha-tocopherol from non-GMO sunflower oil. The alpha-tocopherol is dissolved in organic sunflower oil. It contains a minimum total amount of 67.1% d-alpha-tocopherol, equivalent to 1000 IU/g of vitamin E. D-alpha-tocopherol is the most effective form of vitamin E naturally present in the skin. Due to ultraviolet radiation, levels of vitamin E decrease towards the skin surface making the skin vulnerable to oxidative stress. Cosphaderm® E-1000 Sunflower acts efficiently as a radical scavenger and antioxidant protecting the skin from UV damage, making it a genuine active ingredient particularly suitable for sun-care and anti-aging formulations. All formulations produced with Cosphaderm E-1000 Sunflower may be labelled “contains vitamin E from a natural source”.

Cosphaderm® E-1000Ac NON GMO is a blend of tocopheryl acetate and non-GMO sunflower oil. It contains a minimum total amount of 73.5 % d-alpha-tocopheryl acetate, equivalent to 1000 IU/g of vitamin E. Due to its stability, tocopheryl acetate is the most commonly used cosmetic vitamin E derivative. Tocopheryl acetate can be regarded as a precursor for transport of biologically active alpha-tocopherol through the outer skin layers. Upon penetration, it is enzymatically hydrolyzed to release alpha-tocopherol in the skin. Once alpha-tocopherol is formed, it helps keep the cell membranes intact and protects against oxidation and free radicals. Furthermore, it promotes healing processes, enhances water binding and improves skin moisturization accordingly.