travel-size ceramide barrier serum

• restores healthy structure and function to the skin barrier
• deeply hydrates skin and reduces water loss
• supports skin’s natural ceramide production
• helps smooth texture with increased suppleness
• reduces appearance of signs of irritation and softens skin

blend of five ceramides (np, ns, ap, eos, eop) -

lipids that help maintain skin’s natural function, reduce moisture loss, and protect against dehydration, irritation, and signs of aging

lipids (fatty acids, cholesterol, & squalane) -

support skin’s natural moisture barrier - to help seal in moisture and provide a barrier against external aggressors

ceramide precursors (caprooyl phytosphingosine + caprooyl sphingosine) -

molecules that work to encourage ceramide production and receive new ceramides

beta glucan -

a powerful humectant that brings in hydration and helps plump the skin

full IL: aloe barbadensis leaf juice*, propanediol, squalane1, glycerin1, sodium citrate, gluconolactone, arginine, musa sapientum (banana) fruit extract, lysolecithin, sclerotium gum, sodium benzoate, pullulan, xanthan gum, ceteareth-25, beta-glucan, tocopherol2, cetyl alcohol, caprylyl glycol, helianthus annuus (sunflower) seed oil, silica, behenic acid, cholesterol, ceramide NP, calcium gluconate, ceramide NS, ceramide AP, ceramide EOS, ceramide EOP, lactic acid1, caprooyl phytosphingosine, caprooyl sphingosine.

*certified organic

1plant-derived, used for ceramide delivery

2sunflower-derived vitamin e

hypoallergenic

allergy tested

read more about the ingredients and formula here

After cleansing and toning, gently massage or pat 2-3 drops of serum onto skin. our serum is suitable for daily use in the am and/or pm.

suggested routine

• cleanse
  
• tone
  
• serum
  
• moisturizer
  
• spf

how to recycle

• rinse out the bottle and peel off the labels. *gently* pull the glass tube out of the dropper cap. toss the bottle and glass tube in your recycling bin.

• unfortunately, the remaining parts of the cap are not recyclable due to their small size.