Sheer Hydration Broad Spectrum SPF 40 (Versatile Tint)
Sheer Hydration Broad Spectrum Sunscreen SPF 40 (Versatile Tint) is a sheer physical sunscreen that provides powerful broad-spectrum protection against harmful UVA and UVB rays. It uses a combination of zinc oxide and titanium dioxide while moisturising with vitamin E.
This formula is also packed with free-radical-quenching antioxidants, including a stable vitamin C, resveratrol, grape seed extract, and glutathione. The versatile tint blends beautifully on the skin creating a sheer healthy glow.
TIP: Save time and use as your daily foundation.
Key Ingredients
Micronized Zinc Oxide: A safe, micro-fine mineral that offers broad-spectrum protection from both UVA (ageing) and UVB (sunburn-causing) rays without leaving residual chalkiness on skin. Zinc oxide is known as a physical sunscreen agent, largely reflecting and scattering UV rays.
Titanium Dioxide: A safe naturally occurring mineral coated for sun stability, titanium dioxide offers broad-spectrum protection from both UVA (ageing) and UVB (sunburn-causing) rays. Like zinc oxide, titanium dioxide is known as a physical sunscreen agent, largely reflecting and scattering UV rays.
Magnesium Ascorbyl Phosphate: A stable form of the powerful antioxidant vitamin C, which protects the skin against UV-induced free radical damage. It also brightens the skin and evens out skin tone.
Tocopherol Acetate: An effective form of vitamin E for the skin, this highly moisturising and fat-soluble vitamin protects cell membranes and acts as an antioxidant, which strengthens the effect of vitamin C.
Resveratrol: Derived either from grape seeds or the Japanese knotweed plant, this antioxidant neutralises free radical damage, protecting skin from sun damage.
Grape Seed Extract: Derived from grape seeds, this antioxidant enhances the effect of sunscreen by protecting skin against UV-induced free radicals.
Glutathione: An antioxidant peptide produced naturally in our bodies, glutathione helps recycle other antioxidants. Glutathione levels decrease with age.
