MCaffeine Niacinamide and Hyaluronic Acid Sunscreen SPF 50++ for Oily Skin | Mattifying, Zero White Care, Water Resistant & Non Sticky Sunscreen for Women & Men | Prevents Tan & UV Damage - 50ml

Brand: MCaffeine

Features:

• 12-hour broad-spectrum protection: This refreshing, moisturizing, broad-spectrum sunscreen is packed with UV filters and other agents that help protect against harmful UVA and UVB rays for up to 12 hours. It's water-resistant for up to 80 minutes and helps prevent tanning and premature aging.
• It works to repair the skin barrier and even out skin tone: The niacinamide and green tea in this sunscreen help fade dark spots, hyperpigmentation, and blemishes, strengthen the skin barrier, and protect against oxidative stress. The UV filters avobenzone and octocrylene, along with caffeine, help control UVA and UVB damage.
• Powered by hydrating hyaluronic acid: The hyaluronic acid in this sunscreen, along with green tea and niacinamide, helps prevent sun-induced dryness, repairs the skin's moisture barrier, and keeps it hydrated even when exposed to the sun. Hyaluronic acid also helps retain collagen, thus reducing wrinkles and fine lines. It leaves skin feeling plump.
• Ultra-light, non-sticky, and non-greasy cream: The ultra-light texture of this non-sticky sunscreen blends in easily and mattifies the skin without leaving any greasy residue or a white cast.
• Packed with green tea and caffeine at its heart: Power Dew SPF 50 PA++++ sunscreen enhanced with green tea and caffeine. Refreshing and hydrating green tea extracts repair sunburned cells, control UV damage, and reduce dark spots, redness, and inflammation. Antioxidant-rich caffeine is also a natural sunscreen, fights free radicals, prevents premature aging, evens skin tone, and soothes.
• Great for your skin and the planet: Green Tea Sunscreen SPF 50 PA++++ is gender-neutral, PETA-certified, 100% vegan, and free of parabens, sodium chloride, and all other toxic ingredients. It is FDA-approved, dermatologically tested, and contains no plastic residue.