Ayura UV Milk Sensitive T SPF50 PA+++ Sun Milk for Delicate Skin 70g

Experience Ayura UV Milk Sensitive T SPF50 PA+++, a gentle yet potent sun milk crafted specifically for sensitive skin. This high-performance formula delivers robust defense against damaging UV rays with impressive SPF50+ and PA+++ ratings, perfect for everyday wear and outdoor adventures. Beyond sun protection, this Ayura milk sensitive formula also enhances your skin's natural radiance, promoting a healthy glow.

Crafted free from additives, alcohol, mineral oil, preservatives, or artificial colors, this hydrating UV milk is ideal for individuals susceptible to skin irritation. Its water-resistant gel texture provides enduring coverage while preserving skin moisture, thanks to beneficial components such as dipotassium glycyrrhizate and vegetable squalane. Revel in a subtle pink hue that integrates flawlessly, avoiding any white residue and ensuring your makeup remains pristine all day.

• Format: Gel

• Net contents: 2.5 oz | 70 g

• Manufacturer: AYURA

• Made in: Japan

• Superior sun protection with SPF50+ and PA+++ for extensive UV-A and UV-B defense
• Mild formulation, free of additives, alcohol, mineral oil, preservatives, and synthetic coloring, making it suitable for delicate skin
• Hydrating components such as dipotassium glycyrrhizate, diglycerin, and vegetable squalane to ward off dryness and calm the skin
• Water-resistant for prolonged safeguarding during athletic and recreational pursuits
• Faint pink shade boosts natural skin tone without leaving a visible white residue
• Patch-tested, allergy-tested, and non-comedogenic tested for compatibility with sensitive skin

Key active ingredient: dipotassium glycyrrhizate. Additionally includes diglycerin, vegetable squalane, and other hydrating constituents.

Distribute uniformly onto the face prior to sun exposure, ideally in the morning. Reapply regularly, particularly after perspiring or swimming, to sustain optimal sun protection. Prevent eye contact and cease application if skin irritation occurs.