98% NATURAL | VEGAN | GLUTEN-FREE | NUT-FREE
Ultra-lightweight refreshment for normal to oily skin! This oil-free daily moisturizer combines freshly harvested, nutrient-dense, FHF-grown kale extract with skin-replenishing retinoids and a clinical peptide to help erase the appearance of wrinkles. You’ll love the fast-mattifying, ‘round the clock hydration from omega fatty acid-rich squalane and sodium PCA.
It feels instantly firming, and within weeks our advanced peptide visibly reduces the appearance of deep wrinkle surface area by up to 45% (female participants over 2 months using this magnificent peptide showed overwhelming success and many of us at FHF who use this daily have seen the greatest improvement in the appearance of deep wrinkles from our nose to our mouth.)
It does not contain SPF, so be sure to apply SPF before going into the sun.
Kale Water Weightless Moisturizer
CHOCK FULL OF:
Advanced Firming Peptides, Kale Extract, Sodium PCA, Squalane, Cucumber Extract, Jojoba Esters.
Advanced peptides - Consumer reviews have shown that within weeks our advanced peptide reduced the visible appearance of deep wrinkle surface area, bringing a refreshingly youthful new look.
FHF-grown micro kale is high in antioxidants and vitamins A, C, B6 and K, as well as phytonutrients – all of which work to help fight signs of aging, helping brighten, smooth, firm and soothe skin.
Sodium PCA is a skin-identical ingredient with high natural moisturizing factor (NMF) that can hold several times its weight in water, helping reduce the loss of moisture through evaporation.
FHF farmer-grown organic cucumber extract is rich in vitamin C and caffeic acid, an antioxidant that helps improve the look of skin texture.
Squalane is hydrating, soothing, non-irritating and non-comedogenic. Lightweight and fast-absorbing. Our squalane is 100% plant based, sourced from olives. As we age, the body's natural amount of squalane decreases, leaving it vulnerable to signs of early aging.
Jojoba esters - an emollient made from jojoba with remarkable similarity to the sebum of human skin.