"The Vaseline Cloud Soft Light Moisturiser is your solution to non-sticky moisturisation. This innovative product offers a lightweight and airy texture that keeps your skin hydrated for up to 100 hours. The secret lies in its unique blend of Ceramides and Hyaluron Fillers, providing 10X more hydration volume. With 40X smaller micro molecules of Hyaluronic, it volumises your skin from within, giving you a plump, soft skin that lasts all day. This moisturiser is more than just a hydrating agent. It boosts your skin barrier, helping to prevent dryness and skin damage. The powerful ceramides work to reduce visual dryness by 99% within the first 30 minutes of application. Experience a 100% increase in your skin's softness, providing a cushiony skin feel that you'll love. What sets the Vaseline Cloud Soft Light Moisturiser apart is its cloud to cream formula. While it gives you plump skin, it feels absolutely weightless on your skin. It spreads effortlessly, without any draggy feeling. This summer, you can forget about the stickiness that comes with most moisturisers. Stay hydrated with the Vaseline Cloud Soft Light Moisturiser and enjoy the feeling of soft, bouncy skin all day long. Experience the science of cloud soft, the weightless texture, and the power of ceramides and Hyaluron. Choose Vaseline Cloud Soft Light Moisturiser for your skin's hydration needs."
PLUMP SOFT SKIN: Get plump soft skin with Vaseline Cloud Soft Light Moisturiser, designed for non-sticky moisturisation and skin hydration.
LIGHTWEIGHT TEXTURE: Experience an airy and lightweight texture with Vaseline Cloud Soft, perfect for summer hydration.
HYDRATION BOOST: Contains Ceramides and Hyaluron Fillers which provide 10x hydration volume, essential for skin health.
NON-STICKY FORMULA: It's cloud to cream formula is non-sticky and fast absorbing, ensuring comfortable wear.
SKIN VOLUMISING: Volumises skin with 40x smaller Hyaluronic molecules, providing a plump and youthful look.
SKIN BARRIER BOOST: Boosts the skin barrier with Ceramides, reducing dryness and potential skin damage.
