Quick answer
Fragrant solution obtained from the flowers of the damask rose; Poses a risk of irritation to skin due to its volatile compounds; May also be referred to simply as rose water; Claims such as calming redness and reducing acne have not been proven to be true
Rosa Damascena Flower Water
Updated
Rosa Damascena Flower water is an aqueous solution of the steam of the distillate obtained from the flowers of the Damask Rose, Rosa damascena, Rosaceae
Purpose
Fragrant solution obtained from the flowers of the damask rose, which poses a risk of irritation to skin.
Rating
BAD
Category
Fragrance: Synthetic and Natural, Plant Extracts
INCI Purpose
FRAGRANCE, SKIN CONDITIONING, SKIN PROTECTING
Alternative Names
At a Glance
Fragrant solution obtained from the flowers of the damask rose
Poses a risk of irritation to skin due to its volatile compounds
May also be referred to simply as rose water
Claims such as calming redness and reducing acne have not been proven to be true
Article
Rosa damascena flower water is an aqueous solution obtained from the flowers of the damask rose via steam distillation. Its reported cosmetic functions are as a fragrance ingredient and skin conditioning agent.
Due to its volatile fragrant compounds, this flower water poses a risk of irritation to skin (although it’s slightly less concerning than the more concentrated essential oil form). While you may not immediately see or feel the effects, if Rosa damascena flower water is included in high enough concentration to emit its floral scent, it poses a risk to the health of skin below the surface.
Rosa damascena flower water may also be referred to simply as rose water or rosewater. Skin care companies make lofty promises for rose water, claiming it can do everything from reducing acne to soothing redness. Research, however, has not proven this to be true.
While some suppliers of Rosa damascena flower water suggest using up to 10% concentration, the safety assessment by the independent Cosmetic Ingredient Review Expert Panel tops out at a 1.9% maximum.
References