Shadow Kids SPF 30+ Lotion-75g

KEY HIGHLIGHTS Broad spectrum UV protection Non-greasy formulation Lightweight texture Non-comedogenic Hypoallergenic Free from harsh chemicals What is it? Backed by Science Directions for Use Ingredients What is it? Fixderma Shadow Kids SPF 30+ Lotion is an advanced sun protection formula meticulously crafted for the delicate skin of children. Enriched with gentle yet effective sun protectors, this lotion protects against harmful UV rays. Its lightweight, non-greasy texture ensures soothing sun care, making it ideal for daily use on all exposed areas. Free from harsh or irritating chemicals, it provides optimal care and protection without leaving a white residue. Backed by Science Children’s sensitive skin is highly susceptible to sun damage, making advanced protection essential for outdoor activities. Fixderma Shadow Kids SPF 30+ Lotion is scientifically formulated and clinically tested to ensure effective sun protection. Infused with expert-recommended ingredients like Zinc Oxide for broad-spectrum UV protection, Niacinamide to soothe and strengthen the natural skin barrier, Vitamin E is a fat-soluble antioxidant that helps to counteract damage to skin cells, and SunCat DE for enhanced stability and coverage, this SPF30+ Lotion provides gentle yet effective protection. Directions for Use Take a sufficient amount of lotion for all exposed areas. Evenly apply 15-20 minutes before the sun exposure. Use daily for best results. Ingredients Zinc Oxide It acts as a gentle physical blocker, reflecting the UVA and UVB rays to protect the skin from sun damage without irritating the skin. SunCat DE A highly potent sunscreen agent that delivers broad-spectrum UV protection with antioxidant and anti-aging benefits to the skin. Niacinamide It helps to strengthen the skin barrier and protect against harsh environmental stressors, such as sunlight, pollution, and toxins. Vitamin E With the goodness of anti-inflammatory properties, it helps to soothe and reduce redness and irritation caused by sun exposure.