Soothing Serum for Sensitive Scalp Simply Zen Calming Serum
- 商品の詳細情報
- 詳細
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Age:
18+
Brand: Z. One Concept
Line: simply zen
Product Type: hair serum
Product Properties: moisturizing, softening, soothing
Skin Type: sensitive
Volume: 12 x 5 ml
Ingredients: chamomile
When To Use: universal
Gender: for women
Classification: professional
Hair Type: all hair types
Country: Italy
Made in: Italy
The anti-inflammatory serum from Z. One Concept is a true "panacea" for anyone who has ever encountered inexplicable pain, discomfort, and other sensations arising without substantial reasons due to a sensitive scalp skin type. The Simply Zen Calming Serum effectively calms, strengthens, softens, and restores damaged areas while neutralizing the negative impact of external factors. Its velvety consistency penetrates deep into the epidermis layers, restoring its former smoothness, the density of the protective barrier, and lipid mantle. Moreover, this professional product promotes the intensive growth of new strands as it accelerates metabolic processes and circulation, which are crucial for stimulating follicles.
Key Features of Simply Zen Calming Serum by Z. One Concept:
- possesses strong calming and anti-inflammatory properties;
- actively combats discomfort and signs of dehydration;
- allantoin prevents transepidermal water loss;
- actively fights dryness, dullness, flaking, and redness;
- aloe vera juice normalizes and maintains the hydro balance;
- extracts of calendula and chamomile tone and refresh;
- minimizes the risk of swelling, pain, or itching;
- contains essential oils of mint, ylang-ylang, fermented polysaccharide hydrolysate;
- mallow, arnica, and Icelandic moss enhance the protective properties of the epidermis;
- strengthens its lipid mantle, preventing moisture deficiency;
- goldenrod extract neutralizes environmental aggression;
- its lightweight consistency is instantly absorbed;
- does not make hair sticky or heavy;
- positively affects the condition of their roots, awakens follicles;
- promotes faster growth of new strands by stimulating metabolic processes.