Estée Lauder Futurist Aqua Brilliance Watery Glow Primer 40ml

Get Thu 26 Jun - Sat 28 Jun
- In Stock
Product Description
Estée Lauder Futurist Aqua Brilliance Watery Glow Primer is a refreshing gel-cream that instantly boosts your skin’s moisture levels. Its lightweight, watery texture transforms into tiny water droplets on contact, delivering a surge of hydration that leaves your complexion looking fresh and radiant. This primer is designed to create a breathable layer between your skin and the environment, helping to protect and revitalise throughout the day.
Formulated with over 80% skin-caring ingredients, Estée Lauder’s Triple Moisture Complex combines two types of Hyaluronic Acid with Glycerin to triple the skin’s moisture on application. This nourishing blend not only strengthens the skin’s natural barrier but also smooths the surface, allowing your makeup to glide on beautifully and stay looking flawless for longer.
Perfect for anyone seeking a dewy and vibrant glow, the Futurist Aqua Brilliance Primer revitalises the complexion with a radiant finish. It’s a wonderful way to prepare your skin, enhancing both hydration and luminosity, so your makeup looks effortlessly healthy every day.
Product details
Ingredient Highlights: Contains glycerin and hyaluronic acid.
Formulated without: Colourants and fragrance.
Finish: Dewy
Made In: Hampshire, UK
Ingredient Features
This primer helps to get extra hydration and to plump skin as it contains hyaluronic acid. There is also glycerin contained in this item which helps to achieve a smooth finish.
How much can I save on Estée Lauder with Cosmetify?
We’ve done the shopping around for you, this Makeup product is available at 24% off.
Is this Makeup product suitable for sensitive skin?
This product has been formulated without fragrance.
Delivery & Returns
Strawberrynet charges £6.00 for standard deliveries. Orders usually arrive around 6-8 days following dispatch. Shipping available to UK addresses only.
This retailer has a 30 day return policy, see checkout for up-to-date conditions.