Anua Rice 70 Glow Milky Toner With 70% Rice Water & Ceramide
$19.99 $29.99
Anua Rice 70 Glow Milky Toner is a lightweight, milky-textured toner formulated to hydrate, brighten, and support a radiant complexion. Containing a substantial 70% Oryza Sativa (Rice) Bran Water, it delivers gentle yet effective hydration while helping to even skin tone and balance excess oil. Enriched with Niacinamide (approximately 2%) to regulate sebum and further lift dullness, this formula also features a blend of ceramides (Ceramide NP, AP, EOP) and rice-derived proteins to fortify the skin’s moisture barrier. To soothe and moisturize, it includes panthenol, glycerin, allantoin, and hyaluronic acid, creating a balanced, non-sticky finish.
Clinical testing shows promising results — immediate surface hydration improves by over 20% after a single use, and after four weeks, oil content drops by nearly 30%, with sebum reduced by around 13%. The fragrance-free formula is designed for all skin types, including dry and acne-prone skin. Users appreciate its smooth, glass-skin–friendly texture that layers well and prepares skin beautifully for serums or moisturizers.
| Feature | Details |
|---|---|
| Product Name | Anua Rice 70 Glow Milky Toner |
| Texture & Finish | Lightweight, milky, non-sticky emulsion with a hydrating, radiant finish |
| Key Active Ingredients | - 70% Rice Bran Water (brightening, hydrating) - ~2% Niacinamide (sebum regulation, brightening) - Ceramides (NP, AP, EOP) & Rice Proteins (barrier support) - Panthenol, Glycerin, Allantoin, Hyaluronic Acid (soothing, hydration) |
| Skin Type | All skin types; especially beneficial for dry, sensitive, and acne-prone complexions |
| Performance Results | +20.6% surface hydration (immediate), –29.8% oil content, –12.9% sebum (after 4 weeks) |
| Fragrance | Fragrance-free |
| Usage | Apply after cleansing in AM and PM—either by patting with fingers or using a cotton pad |
| Benefits Summary | Hydrates, brightens, refines texture, balances oil, strengthens skin barrier, preps for better absorption of subsequent treatments |