Filorga Anti-Ageing Micellar Solution Review

Filorga Anti-Ageing Micellar Solution
Ingredients

Filorga Anti-Ageing Micellar Solution Ingredients

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Full Ingredient List (INCI):

Water, Propanediol, Sodium Citrate, Trehalose, Disodium EDTA, PEG-6 Caprylic/Capric Glycerides, Zinc PCA, Cetrimonium Bromide, Citric Acid, Rhamnose, Glucuronic Acid
Review

Does Filorga Anti-Ageing Micellar Solution Work?

 
Filorga Anti-Ageing Micellar Solution is a type of skincare product designed to be rinsed off, peeled off, or otherwise removed from the skin. Research confirming the moisturizing, anti-wrinkle, and soothing effects of such products is very limited. Therefore, we do not provide efficacy ratings for these types of skincare products.
 
However, you can explore the roles of specific ingredients in the Ingredient Breakdown section below.
 
📌 Fact check. At CreamScan, we are committed to accuracy and fairness. If you spot any errors or something that doesn’t seem right, please click here to let us know. We regularly update the ingredient lists and monitor the latest research on ingredient efficacy to ensure that our information remains as complete and precise as possible. The information provided here is for informational purposes only and does not substitute professional advice. We do not guarantee the efficacy or safety of any product, as individual results may vary.

 

Ingredient Breakdown

Est. % Ingredient Origin Functions
85
6
4
2
0.3
0.3
0.3
0.3
0.3
0.3
0.3
Est. %
Water
Function:
Origin:
Propanediol
Function:
Origin:
Sodium Citrate
Function:
Origin:
Trehalose
Function:
Origin:
Disodium EDTA
Function:
Origin:
PEG-6 Caprylic/Capric Glycerides
Function:
Origin:
Zinc PCA
Function:
Origin:
Cetrimonium Bromide
Function:
Origin:
Citric Acid
Function:
Origin:
Rhamnose
Function:
Origin:
Glucuronic Acid
Function:
Origin:

Ingredients explained

Water
Est. %85
Function
Origin
WaterThe most used ingredient in skincare. Its concentration defines the product texture: rich creams may have about 50% of water while a light jelly about 90%. Water doesn’t moisturize the skin by itself and is used in skincare as a solvent for other ingredients.
Propanediol
Est. %6
Function
Origin
PropanediolAn excellent solvent capable of mixing water with normally water-insoluble ingredients. It also functions as a humectant due to its water-loving alcohol groups. Propanediol can control the viscosity of a product by reducing its thickness.
Sodium Citrate
Est. %4
Function
Origin
Sodium CitrateA salt of citric acid that has a salty and tart flavor and is used as a fragrance. It is mildly basic, meaning that its addition to a skincare product can adjust the pH upward.
Trehalose
Est. %2
Function
Origin
TrehaloseA sweet-tasting saccharide that can be found in various yeasts and fungi and that is manufactured from starch for cosmetic purposes. It is one of the most popular sugars in skincare and is mainly used for its humectant properties.
Disodium EDTA
Est. %0.3
Function
Origin
Disodium EDTAA synthetic chelator that helps to maintain the look and smell of a product by 'locking up' troublesome metal ions.
PEG-6 Caprylic/Capric Glycerides
Est. %0.3
Function
Origin
PEG-6 Caprylic/Capric GlyceridesA synthetic ingredient that softens the appearance of skin and combines water with oil.
Zinc PCA
Est. %0.3
Function
Origin
Zinc PCAA two-part ingredient: Zinc helps to control sebum and bacteria in acne-prone skin, while skin-identical PCA is a moisturizing humectant. Zinc PCA may even boost collagen production and so is researched as a potential anti-wrinkle ingredient.
Cetrimonium Bromide
Est. %0.3
Function
Origin
Cetrimonium Bromide
Citric Acid
Est. %0.3
Function
Origin
Citric AcidA gently exfoliating AHA that helps to remove the top layer of dead skin cells. In comparison to other AHAs, citric acid has been shown to be one of the least effective. It is also very commonly used as a stabilizing and pH-controlling agent.
Rhamnose
Est. %0.3
Function
Origin
RhamnoseA naturally occurring deoxy sugar that replenishes water levels in the skin.
Glucuronic Acid
Est. %0.3
Function
Origin
Glucuronic Acid