RETINAL | Anti-aging and wrinkle reduction

Retinal, or retinaldehyde, is a vitamin A derivative that requires only one conversion step in the skin to transform into retinoic acid—the only form bioavailable to skin cells. Consequently, it works significantly faster than classic retinol while exhibiting lower irritation potential and powerfully stimulating cellular renewal.

Beyond encapsulated retinal, anti-aging formulations feature the Renaissance HPS3® complex to support renewal, crystalline hyaluronic acid (Cristalhyal) for deep hydration, niacinamide (vitamin B3) to even skin tone and reinforce the lipid barrier, ceramides and prebiotics to protect the microbiome, and deeply moisturizing betaine.

Retinal is versatile and works well for mature skin with visible signs of aging, oily skin prone to blemishes, skin with hyperpigmentation and uneven tone, as well as dry and sensitive skin (when introduced properly, thanks to encapsulated delivery systems and hydrating co-ingredients).

Begin your routine with thorough cleansing and complete drying of the skin. Apply a pea-sized amount of retinal product, distributing it evenly across the face while avoiding the eye and lip contours. Introduce the product slowly at first, applying once or twice a week. Once absorbed, follow with a generous layer of an enveloping cream rich in ceramides and prebiotics. Delicate skin types can benefit from the 'sandwich method'.

Daily photoprotection is a non-negotiable step. Every morning, regardless of the weather, apply a high-protection broad-spectrum sunscreen (SPF 50). Only this practice will shield your skin from hyperpigmentation and allow you to fully enjoy the skin-renewing results.

Encapsulated retinal is a delivery technology that encloses active molecules within microscopic carriers, releasing the active substance slowly and stably only after penetrating deeper epidermal layers. As a result, it works multiple times faster than classic retinol, exhibits lower irritation potential, and minimizes dryness risk while preserving the hydrolipidic barrier.