Mixa Moisturizing Cream Anti-Redness

Mixa Moisturizing Cream Anti-Redness
9.6
/ 10
Moisturizing
10.0 Humectancy icon Humectancy
9.2 Occlusivity icon Occlusivity

Review

Results you may expect from using Mixa Moisturizing Cream Anti-Redness:

Based on the ingredient analysis by CreamScan, these are the key benefits you can expect from using Mixa Moisturizing Cream Anti-Redness:

  • Intense moisturizing. It has a moisturizing rating of 9.6 out of 10.

How moisturizing is it?

Intensely moisturizing: Mixa Moisturizing Cream Anti-Redness has a moisturizing rating of 9.6 out of 10.

Is it more humectant or occlusive? Rather humectant. It has a maximum humectancy of 10 out of 10, primarily due to the substantial concentration of Glycerin (est. ≈9.0%), and a very high occlusivity of 9.2 out of 10, mainly due to the significant content of Petrolatum (est. ≈6.0%) and Mineral Oil (est. ≈4.0%).

Please refer to the Ratings section below for details of the moisturizing rating calculation.

Ingredients

Est. % Ingredient Origin Functions
70
Water
9
Glycerin
6
Petrolatum
4
Mineral Oil
3
Glyceryl Stearate
2.5
Cetyl Alcohol
2
PEG-40 Stearate
1.5
Palau White Clay
1.3
Cetyl Palmitate
1
Dimethicone
0.3
Sorbitan Tristearate
0.3
Phenoxyethanol
0.3
Chlorhexidine Digluconate
0.3
Citric Acid
Est. %
Water
Function:
Origin:
Glycerin
Function:
Origin:
Petrolatum
Function:
Origin:
Mineral Oil
Function:
Origin:
Glyceryl Stearate
Function:
Origin:
Cetyl Alcohol
Function:
Origin:
PEG-40 Stearate
Function:
Origin:
Palau White Clay
Function:
Origin:
Cetyl Palmitate
Function:
Origin:
Dimethicone
Function:
Origin:
Sorbitan Tristearate
Function:
Origin:
Phenoxyethanol
Function:
Origin:
Chlorhexidine Digluconate
Function:
Origin:
Citric Acid
Function:
Origin:

Ratings

All humectants
10.5
9
1.5
Benchmark
10
All occlusives
18.3
6.0 x 2
4.0
1.3
1.0
Benchmark
20
Moisturizing rating
9.6
Ingredient Est. % Benchmark Raiting
Humectancy All humectants 10.5 10
10.0
9
1.5
Occlusivity All occlusives 18.3 20
9.2
6.0 x 2
4.0
1.3
1.0
Moisturizing rating
9.6
Ingredient Est. % Benchmark Humectancy
9
1.5
All humectants 10.5 10
10
All humectants
10.5
9
1.5
Benchmark
10
Ingredient Est. % Benchmark Occlusivity
6 x 2
4
1.3
1
All occlusives 18.3 20
9.2
All occlusives
18.3
6.0 x 2
4.0
1.3
1.0
Benchmark
20
Ingredient
Ingredient anti-wrinkle power
when present at, %
in this formula est. %
Rating
None
Total
0
None
Anti-wrinkle rating
0
Ingredient Est. % Benchmark
Rich in Antioxidants
None
All antioxidants 0 3 No
All antioxidants
0
None
Benchmark
3
Ingredient Est. % Benchmark
Rich in Soothing
None
All soothing 0 5 No
All soothing
0
None
Benchmark
5

Ingredients explained

Water
Est. %70
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.
Glycerin
Est. %9
Function
Origin
Glycerin

The most popular moisturizing ingredient in the world. It is a powerful humectant – cheap yet very effective.

Petrolatum
Est. %6
Function
Origin
PetrolatumAlso known as Vaseline, this is the most powerful occlusive moisturizer and at least twice as effective as other occlusives. This is why we multiply the petrolatum score by 2 when calculating the Occlusivity of the product. Petrolatum is not comedogenic.
Mineral Oil
Est. %4
Function
Origin
Mineral OilAlso known as liquid paraffin, it is an amazing moisturizer (the second most occlusive one after Petrolatum). It is also an excellent emollient that fills the micro-cracks on the surface of the skin, making it appear smoother. Mineral oil is considered safe.
Glyceryl Stearate
Est. %3
Function
Origin
Glyceryl StearateAn emollient and emulsifier typically derived from vegetable sources through a chemical reaction with glycerin. It provides stability, texture, and consistency to formulations. Its main function is to allow oil and water to mix.
Cetyl Alcohol
Est. %2.5
Function
Origin
Cetyl AlcoholA waxy solid fatty alcohol derived from palm oil. It is most commonly used as a co-emulsifier and affects the final aesthetic of the product, leaving a soft and silky feeling on the skin. Cetyl alcohol is also used as a viscosity controlling agent.
PEG-40 Stearate
Est. %2
Function
Origin
PEG-40 StearateThis PEG, or polyethylene glycol, is excellent at emulsifying water and oil together to form oil-in-water emulsions. Due to its water-loving nature, PEG-40 stearate can also act as a cleansing agent.
Palau White Clay
Est. %1.5
Function
Origin
Palau White ClayDescription is coming soon
Cetyl Palmitate
Est. %1.3
Function
Origin
Cetyl PalmitateA moisturizing occlusive and emollient wax ester that consists of cetyl alcohol and palmitic acid. In nature, cetyl palmitate is found, and was first identified, in spermaceti, a waxy substance from inside the skull of the sperm whale.
Dimethicone
Est. %1
Function
Origin
DimethiconeThe most common silicone in skincare. It forms a silky, smooth film on the skin’s surface and can help to prevent water loss. It also aids in wound healing and can treat and soften scars. Dimethicone is considered to be very safe for use.
Sorbitan Tristearate
Est. %0.3
Function
Origin
Sorbitan TristearateDescription is coming soon
Phenoxyethanol
Est. %0.3
Function
Origin
PhenoxyethanolThe most frequently used preservative in skincare. It is a clear, oil-like liquid synthetic substance that protects products from harmful bacteria and yeast, whilst still leaving skin microflora unharmed. It is confirmed by research to be harmless.
Chlorhexidine Digluconate
Est. %0.3
Function
Origin
Chlorhexidine DigluconateA synthetic antimicrobial ingredient used to deal with bacterial and fungal skin infections. In the same way that it wipes out bacteria from the skin, it can also fight them inside cosmetic products, acting as a preservative.
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.