Works for:
based on ingredients and %- Cleansing
Can it cause trouble?
- Irritation risk: low
- Comedogenic risk ingredients: 0
Key actives
Works for
Cleansing
What does the product description say?
Intimate Hygiene Perfume-Free Cleansing Bar
Source: From product name
This product works by removing dirt and oil from the surface of the skin. It uses a combination of mild cleansing agents (cetyl alcohol, disodium lauryl sulfosuccinate, hydrogenated castor oil, sodium cocoyl isethionate, stearic acid) and should be able to cleanse the skin gently. Still keep in mind that any cleansing can disrupt the skin barrier, and most people do not need to cleanse their skin more than once per day.
A non-drying alcohol that works to soften the skin and stabilize product formulations helping oil and water mix together
Used as a cleansing agent. Helps water and oil mix together
A plant oil that can help soften the skin. It might be helpful in calming down inflammation, but solid research is lacking. Is often used in lip products to create the needed product consistency
Helps water and oil mix together. Can be used as a cleansing agent
Helps oil and water mix together and works as an emollient
How honest is this product?
| Promise | Can it deliver? |
|---|---|
| Cleansing |
Total Promises Fulfilled score: 100/100.
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Potential irritants
Comedogenic ingredients
No comedogenic ingredients detected
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Key Actives
An exfoliating and moisturizing alpha-hydroxy acid (AHA). Typically causes less irritation than other AHAs, for example, glycolic acid. At high concentrations (about 15%), lactic acid can help reduce lines and wrinkles. Recent studies show that lactic acid can support the "good" bacteria living on skin's surface (healthy skin microbiome)
A plant oil that can help soften the skin. It might be helpful in calming down inflammation, but solid research is lacking. Is often used in lip products to create the needed product consistency
Helps oil and water mix together and works as an emollient
A non-drying alcohol that works to soften the skin and stabilize product formulations helping oil and water mix together
Helps attract water to the upper layer of the skin. Is claimed to support the growth of "good" bacteria in skin (as a "prebiotic"), but the research is lacking
Used as a cleansing agent. Helps water and oil mix together
Helps water and oil mix together. Can be used as a cleansing agent
Helps attract water to the upper layer of the skin
An amino acid that is naturally present in skin and helps keep it hydrated. When used together with AHAs, it can reduce their irritating effect on the skin
Works as a UV filter when used in high concentrations. It is photostable and is effective mostly against the UVB light, with some protection in the UVA range. In small concentrations, used for its ability to improve the color of cosmetic products. Is usually well tolerated by the skin
Potential irritants
Used as a cleansing agent. Helps water and oil mix together
Helps water and oil mix together. Can be used as a cleansing agent
A plant oil that can help soften the skin. It might be helpful in calming down inflammation, but solid research is lacking. Is often used in lip products to create the needed product consistency
An exfoliating and moisturizing alpha-hydroxy acid (AHA). Typically causes less irritation than other AHAs, for example, glycolic acid. At high concentrations (about 15%), lactic acid can help reduce lines and wrinkles. Recent studies show that lactic acid can support the "good" bacteria living on skin's surface (healthy skin microbiome)
Can work as an exfoliant but is typically used to adjust the product pH
Comedogenic ingredients
We couldn't find any comedogenic ingredients in this product
All ingredients
Used as a cleansing agent. Helps water and oil mix together
Used to stabilize the product formulation and can help absorb oil
Helps water and oil mix together. Can be used as a cleansing agent
A plant oil that can help soften the skin. It might be helpful in calming down inflammation, but solid research is lacking. Is often used in lip products to create the needed product consistency
A non-drying alcohol that works to soften the skin and stabilize product formulations helping oil and water mix together
Helps attract water to the upper layer of the skin
Helps attract water to the upper layer of the skin. Is claimed to support the growth of "good" bacteria in skin (as a "prebiotic"), but the research is lacking
An exfoliating and moisturizing alpha-hydroxy acid (AHA). Typically causes less irritation than other AHAs, for example, glycolic acid. At high concentrations (about 15%), lactic acid can help reduce lines and wrinkles. Recent studies show that lactic acid can support the "good" bacteria living on skin's surface (healthy skin microbiome)
An amino acid that is naturally present in skin and helps keep it hydrated. When used together with AHAs, it can reduce their irritating effect on the skin
Can work as an exfoliant but is typically used to adjust the product pH
Works as a UV filter when used in high concentrations. It is photostable and is effective mostly against the UVB light, with some protection in the UVA range. In small concentrations, used for its ability to improve the color of cosmetic products. Is usually well tolerated by the skin
Ingredient list view
Disodium lauryl sulfosuccinate, Maltodextrin, Sodium cocoyl isethionate, Stearic acid, Water, Hydrogenated castor oil, Cetyl alcohol, Alpha-glucan oligosaccharide, Inulin, Lactic acid, Arginine, Citric acid, Titanium dioxide
- Final Report on the Safety Assessment of Sodium Cocoyl Isethionate
- Final report on the safety assessment of Ricinus Communis (Castor) Seed Oil, Hydrogenated Castor Oil, Glyceryl Ricinoleate, Glyceryl Ricinoleate SE, Ricinoleic Acid, Potassium Ricinoleate, Sodium Ricinoleate, Zinc Ricinoleate, Cetyl Ricinoleate, Ethyl Ricinoleate, Glycol Ricinoleate, Isopropyl Ricinoleate, Methyl Ricinoleate, and Octyldodecyl Ricinoleate
- Castor Oil: Properties, Uses, and Optimization of Processing Parameters in Commercial Production
- Effect of ricinoleic acid in acute and subchronic experimental models of inflammation