Babor Ampoule Concentrates 3D Firming 7x2ml - plumping concentrated ampoules
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Babor Ampoule Concentrates 3D Firming 7x2ml - plumping concentrated ampoules

Brand: Babor   -  Product Code: HG057713   -  EAN: 4015165358664
£39.90
Description

Babor Ampoule Concentrates 3D Firming 7x2ml - plumping concentrated ampoules

Babor 3D Firming Concentrated Ampoules are designed for skin affected by loss of firmness and deterioration of the facial contour.
As the years go by, the skin loses more and more elasticity, losing definition of the facial contour.
The complex of active ingredients in the 3D Firming Ampoules has been formulated to ensure greater firmness of the skin, so that the facial contours appear more defined again.

 

 

How to Use

After cleansing, shake the ampoule and cover the neck with a cosmetic tissue or the supplied opener.
Hold the ampoule by the neck or using the supplied phial opener and open it at the lower white ring with a quick snap.
Pour the concentrate into the palm of your hand; then apply evenly to the face, neck and décolleté.
Gently pat it onto the skin.
Continue with the application of a skincare cream.

Benefits

The interactive ingredients in the 3D Firming Concentrated Ampoules, when applied regularly, work in unison to create an experience that makes the facial contours more defined and more harmonious.
As a result, the facial features appear firmer, more youthful and smooth, while the facial contour is redefined.

Ingredients (INCI)

AQUA, METHYLSILANOL MANNURONATE, GLYCERIN, POLYGLYCERYL-10 LAURATE, PHENOXYETHANOL, CHONDRUS CRISPUS EXTRACT, HYDROLYZED ULVA LACTUCA EXTRACT, SODIUM HYALURONATE, ETHYLHEXYLGLYCERIN, COCO-GLUCOSIDE, PARFUM, CAPRYLYL GLYCOL, ALCOHOL, SODIUM CITRATE, LINALOOL, HEXYL CINNAMAL, CITRIC ACID, LIMONENE, GERANIOL, GLAUCINE, SORBIC ACID, ACETYL TETRAPEPTIDE-2, BENZYL ALCOHOL, BENZYL BENZOATE, BIOTIN

Technical Characteristics

free from synthetic colorants
free from mineral oils
free from parabens
free from PEG
free from silicone
free from sulphates
free from synthetic polymers