Aquasource+ Vitamin Glow Gel

Biotherm's Aquasource+ Vitamin Glow Gel is an energizing moisturizing gel that restores the skin's natural vitality and radiance. Enriched with vitamins, mineral extracts, and Biotherm's iconic Life Plankton™, this facial care product was developed to combat signs of fatigue and restore intense, long-lasting hydration to the skin. Its lightweight, fast-absorbing formula instantly revitalizes the complexion, giving it a healthy glow and a touch of freshness that lasts all day.

The combination of vitamin C and niacinamide (vitamin B3) helps to even out skin tone, reducing minor imperfections and promoting a radiant appearance. Life Plankton™, an exclusive Biotherm ingredient, strengthens the skin barrier and stimulates cell regeneration, making the skin more resistant to external aggressors. The result is a smooth, revitalized, and visibly brighter complexion with a light, non-greasy feel.

Ideal for integrating into your daily skincare routine, Aquasource+ Vitamin Glow Gel is perfect for those seeking a hydration boost combined with an immediate feeling of freshness and energy, keeping skin nourished, healthy, and naturally radiant.

Active Ingredients:

Life Plankton™: Promotes cell regeneration and reinforces the skin's protective barrier.

Vitamin C: Brightens the complexion and helps combat signs of fatigue.

Niacinamide (Vitamin B3): Evens skin tone and improves its texture.

Hyaluronic Acid: Deeply hydrates and smooths the skin's surface.

Texture and Skin Type:
Fresh and ultra-light gel, fast-absorbing, suitable for all skin types, including sensitive skin.

Target Audience:
Suitable for those seeking hydrated, luminous, and revitalized skin, especially useful for dull, dehydrated skin or skin showing signs of fatigue.

Complementary Products:

To enhance results, it is recommended to use in conjunction with:

Biotherm Life Plankton Elixir – Regenerating serum that prepares the skin for hydration.

Biotherm Aquasource Night Spa – Nighttime hydrating mask that revitalizes the skin during sleep.