Vitamin C and its derivatives

Despite its numerous benefits, the use of pure vitamin C in cosmetics is limited due to its low stability. To address this issue, vitamin C derivatives such as sodium ascorbyl phosphate have been synthesised, identifiable under the INCI name “Sodium Ascorbyl Phosphate”. Combining enhanced stability, improved skin tolerability and versatile formulation properties, this article presents everything you need to know about this ingredient, which has now established itself as one of the most widely used vitamin C derivatives in modern cosmetics.

It protects against free radicals, smooths tired features, and brightens dull complexions. Vitamin C is the quintessential radiance-boosting active ingredient. Where does it come from? Why should you incorporate it into your routine? Are there any risks or precautions to be taken?

Antioxidant, brightening, firming and even healing – vitamin C acts on multiple fronts to care for both the skin and the body as a whole. But did you know that its efficacy can be enhanced when it is combined with other active ingredients? Here is an overview of the most promising synergies that can be achieved with vitamin C.

In order to prevent and neutralize free radicals that cause oxidative stress which accelerates skin aging, vitamin C is an ally of choice. It can be found in different formulas and textures, from serums to creams, as well as tonic lotions and hair care products. Here are some recommendations on how to use a vitamin C serum, cream or other skincare product according to your concerns and your skin tolerance.

Vitamin C is recognised for combating free radicals that cause oxidative stress and premature ageing of the epidermis. This active ingredient also helps to restore radiance to dull and tired complexions. Depending on its concentration, it can be suitable for the most sensitive skins as well as those with a high tolerance. Discover the various products containing it and identify which formulation best suits your skin type and specific skin concerns.