Azelaic Acid 10 Hyaluron Soothing Serum (30ml)
Lightweight yet deeply nourishing, ANUA’s Azelaic Acid 10 Hyaluron Soothing Serum is a must-have treatment for sensitive complexions. Its non-comedogenic formula, enriched with calming and hydrating actives, delivers instant comfort to skin prone to irritation, redness, rosacea, or acne.
At the heart of the formula is 10% Azelaic Acid – a powerhouse ingredient naturally present in grains like rye and barley, as well as produced by the healthy skin microbiome. Gentle yet effective, it works to remove dead skin cells, unclog pores, and refine uneven texture. Thanks to its antibacterial and anti-inflammatory properties, it helps prevent breakouts while soothing dryness-related irritation. Plus, Azelaic Acid also targets hyperpigmentation by blocking melanin-producing enzymes, helping to fade dark spots and brighten overall skin tone.
To enhance its benefits, the serum is infused with Hyaluronic Acid for multi-layer hydration and ANUA’s Gentle Calming Complex™, a patented blend of Blue Tansy Oil, Ubiquinone, Green Tea Leaf Water, Aloe Leaf Juice, and 7 types of Cica. Together, these ingredients reinforce the skin barrier, minimise redness, and restore balance to stressed complexions.
Clinically tested to help reduce redness*, this serum absorbs quickly thanks to its light, watery texture, and its natural green tint comes directly from the formula’s botanical ingredients. Suitable for all skin types, it’s particularly beneficial for sensitive, acne-prone, and rosacea-prone skin – especially during the warmer months when irritation often flares.
The Glow Shop loves it because…
…clinical trials have shown this serum can soothe troubled areas by 108.6% after 4 weeks of consistent use.
At a glance:
- Suitable for all skin types, especially sensitive, acne-prone, and rosacea-prone skin
- Reduces redness and irritation linked to dryness
- Provides long-lasting hydration for refreshed, calm skin
- Gently exfoliates for a smoother, more radiant complexion
- Helps fade dark spots and prevent new pigmentation from forming