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Ascorbyl Isostearate is an oil-soluble derivative of Vitamin C that can penetrate into the skin and there it is metabolized to Ascorbic Acid. Its efficacy is better than the one of pure Ascorbic Acid and resists discoloration and degradation while retaining all biological activity of L-Ascorbic Acid. It also shows excellent resistance to acid and heat as well as long-acting stability.
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Sodium Ascorbyl Phosphate penetrates into the skin and there it is metabolized to ascorbic acid. Due to this process, its efficacy is better than the one of pure ascorbic acid. It resists discoloration and degradation while retaining all biological activity of L-ascorbic acid. Sodium Ascorbyl Phosphate is an excellent skin whitening agent, it is inhibiting Tyrosinase and at the same time, it is a very effective reducing agent. Therefore it has two modes of action to influence melanogenesis.
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FaraHyal HAC-XS is a very low molecular weight Hyaluronic Acid which retains water in the dermal tissue while contributing to deep and quick hydration and enhancing the penetration of other active ingredients. It is a breakthrough in anti-aging properties with increased permeation through the skin compared to high molecular weight hyaluronans. It rejuvenates the skin by enhancing its viscoelastic properties and significantly decreasing deep wrinkles and reducing crow feet.
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SODIUM HYALURONATE Medium MW(1000-1600 KDa) retains water in the dermal tissue, maintains hydration, and forms a non-occlusive film. It helps to keep the fiber structure and flexibility of skin and contributes to the rheology of the formulations of anti-aging, moisturizing, anti-wrinkle, and firming cosmetic products. It provides excellent moisturizing, regenerating, and smoothing properties.
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This product is an aqueous solution that contains Biotinoyl Tripeptide-1 and is stabilized by Caprylyl Glycol 0.25 % and Ethylhexyl glycerin 0.25 %. This mixture helps eyelashes appear longer, fuller, and stronger, promotes hair bulb keratinocyte proliferation, ensures optimal hair anchorage by stimulating the synthesis and organization of the adhesion molecules laminin and Collagen IV.