Forever Skin Glow 24h Wear Radiant Foundation Perfection And Hydration Concentrated Floral Skincare With Suncreen Broad Spectrum Spf 15 1.5n Emulsion
Product Images NDC 61957-3137

Product Visual Gallery

This gallery contains 6 technical images submitted to the FDA as part of the official labeling for Forever Skin Glow 24h Wear Radiant Foundation Perfection And Hydration Concentrated Floral Skincare With Suncreen Broad Spectrum Spf 15 1.5n (NDC 61957-3137). Unlike standard consumer photos, these assets often include clinical data figures, molecular chemical structures, and official manufacturer packaging layouts.

As provided by Parfums Christian Dior, these visuals offer a comprehensive scientific overview of the product's physical and chemical identity, aiding pharmacists and researchers in product verification and study.

FDA Label Image

2.7ml00 (2.7ml00)

This is a sample of a fluid foundation called "Forever Skin Glow" that contains octisalate and titanium dioxide as active ingredients. It is not for sale and was made in France by Parfums Christian Dior. The sample size is 2.7 ml or 0.09 FLOZ.*

FDA Label Image

2.7ml000 (2.7ml000)

FDA Label Image

20ml0 (20ml0)

This text is a description of a product but does not mention the name or purpose of the product. It contains information such as the active ingredients, manufacturer's details, and warnings against sale. It also suggests that more information can be found on the sale product.*

FDA Label Image

20ml02 (20ml02)

The text describes a Dior radiant foundation named "Forever Skin Glow," with concentrated floral skincare and sunscreen for 24 hours of wear. It also includes broad-spectrum SPF 15 for skin protection from sun damage.*

FDA Label Image

30ml0 (30ml0)

FDA Label Image

30ml001 (30ml001)

This text provides instructions for using a product, likely a fragrance, directing the user to shake the container well before use. The product is manufactured in France by Parfums Christian Dior and comes in a 30ml (1FLOZ) size.*

* These product label images have been analyzed using experimental machine learning. Please verify findings with the primary label text.