Dove Body Wash with Pump Glow Mango & Almond Butter For 24hr Lotion-Soft Skin Moisturizing Skin Cleanser with No Sulfates No Parabens 30.6 oz

Nourish your skin and uplift your senses with Dove Glowing Body Wash. This nourishing body wash, with 24hr Renewing MicroMoisture, gently cleanses and nourishes the skin, leaving it renewed and healthy-looking for 24 hours. From the dermatologist-recommended body wash brand, this nourishing body wash has a luxurious lather you’ll love to use in the shower after a long day. Dove Glowing Body Wash has been developed with millions of MicroMoisture droplets and plant-based moisturizers, creating a formula that works to gently cleanse and moisturize skin and nourish your microbiome – skin’s living protective layer. Infused with mango and almond butters, this nourishing body wash also uplifts your senses. As a specially designed body wash for soft skin, your skin will feel as soft as it looks. This nourishing body wash also has a 98% biodegradable formula*. *98% of ingredients break down into carbon dioxide, water and minerals (OECD test methods 301, 302 and/or 310). This gentle skin cleanser is packaged in 100% recycled plastic bottles, vegan, and Dove is PETA approved, meaning we do not test on animals, anywhere in the world, so you can feel good about switching to Dove. Plus, this hydrating body wash is made without sulfates or parabens. How to use: For 24 hours of radiant skin, squeeze a generous amount of Dove Glowing Body Wash into your palms. Massage the body wash onto your skin, taking a moment to enjoy the rich lather and indulgent fragrance, before rinsing off to reveal soft, smooth skin. Dove care goes further than moisturizing skin care with 100% recycled plastic bottles and globally, Dove is PETA approved. At Dove, our vision is of a world where beauty is a source of confidence, and not anxiety. So, we are on a mission to help the next generation of women develop a positive relationship with the way they look—reaching over a billion young people with self-esteem education by 2030.