Mỹ phẩm & Đồ vệ sinh cá nhân

Cosphaderm® Hexiol is a pure, transparent and colorless glycol. Two vicinal OH-groups and a short carbon chain allow unlimited water-solubility. This property is strongly relevant to its most common cosmetic use as a moisturizer and humectant for both skin care and hair care formulations. Static light scattering experiments have shown that Cosphaderm® Hexiol can also be used to stabilize o/w emulsions by droplet size reduction. Another core property of 1,2-hexanediol is its pH-independent antimicrobial activity. It further shows remarkable synergistic effects in combination with other antimicrobial substances, making it possible to minimize the total amount of combined preserving agents.

Cosphaderm® T-70 NON GMO ECO CC is a blend that is both COSMOS certified and NATRUE compliant. It consists of organic sunflower oil and tocopherols derived from non-GMO plant sources. The blend contains at least 70% tocopherol, with particularly high levels of the beta, gamma and delta isoforms. These isoforms are excellent natural antioxidants and protect sensitive oil and fat components from oxidation. In addition, Cosphaderm® T-70 NON GMO ECO CC can improve the stability of cosmetic formulations in terms of discoloration and odor, which contributes to a longer shelf life.

Cosphagard® Exact is a blend of the preservative Phenoxyethanol with Ethylhexylglycerin. It displays a broad antimicrobial efficacy spectrum against bacteria, yeasts and molds. The clear fluid blend is pH-independent and temperature-stable.

Cosphaderm® Octiol natural is a pure and colorless glycol. It is used as a moisturizer and Humectant for both skin care and hair care formulations. Static light scattering experiments have shown that Cosphaderm Octiol natural can also be used to stabilize o/w emulsions by droplet size reduction. Another property of caprylyl glycol is its pH-independent antimicrobial activity. It further shows remarkable synergistic effects in combination with other antimicrobial substances, making it possible to minimize the total amount of combined preserving agents.