Serum with 1% mandelic acid Radiant Serum GlyMed Plus, 30 ml
Serums

Serum with 1% mandelic acid Radiant Serum GlyMed Plus, 30 ml

SKU: totis-radiant-serum-with-1-mandelic-acid
3 059 ₴
In Stock
Volume:
Authentic product, quality guaranteed
Delivery via Nova Poshta in 1–3 days

GlyMed Plus Radiant Serum with 1% mandelic acid, 30 ml

A lightweight anti-aging serum with mandelic acid, signaling peptides, and sodium hyaluronate — gently exfoliates, brightens, reduces wrinkles, and regulates sebum production.

The lightweight moisturizing serum Radiant Serum with 1% Mandelic Acid by American brand GlyMed Plus is a comprehensive solution for those seeking an even, radiant complexion, wrinkle prevention, and hyperpigmentation correction. Suitable for all skin types, including sensitive skin, and used in both home and professional care routines.

Key Benefits

  • Gently exfoliates and brightens the skin, evens out skin tone, and reduces the appearance of hyperpigmentation.
  • Anti-aging action: diminishes the visibility of fine lines and prevents their formation.
  • Sebum-regulating properties — prevents breakouts and controls oiliness.
  • Free radical protection through antioxidant actives.
  • Leaves skin silky, hydrated, and radiant.

Composition / Key Actives

  • Mandelic Acid (1%) — gentle exfoliation, brightening, and antibacterial action.
  • Sodium Hyaluronate — intensive hydration and skin plumping.
  • Palmitoyl Tripeptide-5, Tripeptide-38, Dipeptide-5 — signaling peptides that stimulate collagen synthesis and promote rejuvenation.
  • Green Tea — antioxidant protection against photoaging.
  • Panthenol — soothes and restores the skin.
  • Chamomile and Comfrey Root Extract — anti-inflammatory and regenerative action.

How to Use

Apply 2 ml of serum with fingertips onto the face, neck, and décolleté, distributing with light massage movements until fully absorbed. It is recommended to start with 2–3 applications per week as part of an evening routine. Always apply a sunscreen during the day, as mandelic acid may increase skin sensitivity to UV radiation.