If you have yet to hear about my love for CeraVe skincare products, prepare for some seriously rave reviews. Today I’ll be talking about both of their cleansers. There’s the Foaming Facial Cleanser for normal to oily skin and the Hydrating Cleanser for normal to dry skin. I’ve used both but the one I usually prefer for my skin is the Foaming Facial Cleanser. I have very acne prone, dehydrated skin. An odd combination, I know. The Foaming Cleanser is my personal favorite. Compared to the Hydrating Cleanser, it cleans a bit better without leaving my face tight and dry afterwards. The Hydrating version leaves my skin very soft and moisturized, but using it consistently leads to clogged pores. My aunt started using this one on recommendation from me and she thinks it’s been the cure for the dry flaky patches she used to get on her chin. If you’re a bit older and acne is no longer a major concern I think that version will be right up your street!
Both formulas contain glycerin, ceramides, hyaluronic acid, and cholesterol making them hydrating for each respective skin type. If you’d like a brief scientific babble about why each of these work, keep reading. (If not skip ahead to the next paragraph.) Glycerin is a humectant that attracts moisture, although in its pure form it loves moisture so much it can actually have a drying effect on the skin. Ceramides are naturally occurring as part of skin’s cellular structure and moisture barrier. Including them in skin care helps repair the moisture barrier, enabling skin to hold onto whatever moisture it’s given. Cholesterol has a similar function. Hyaluronic acid helps skin retain moisture and may help reduce inflammation. Ceramides, cholesterol, and hyaluronic acid have also been shown to support cell to cell communication. Your cells have to be able to talk to each other if they’re going to work together to fix skin issues. The Foaming cleanser also contains niacinamide which is supposed to help prevent discoloration, presumably from acne scars since it’s marketed for oilier skin (1).