Lotusherbals · 🇮🇳 India

WhiteGlow 3 In 1 Deep Cleansing Skin Brightening Facial Foam Big Pack

17 ingredients
What's in it

Below is every ingredient in WhiteGlow 3 In 1 Deep Cleansing Skin Brightening Facial Foam Big Pack explained, its standout actives, and the side effects reported in research for those actives — analysed for Indian skin.

Suitability at a glance — for Indian skin

🍄 Fungal-acne safe
No known Malassezia triggers detected
Pore-clogging risk: High
Highest comedogenic rating 5/5 — matters for oily, acne-prone skin
Contains fragrance / allergens
Fragrance
Pregnancy: use caution
Alpha-Arbutin — discuss with a doctor

Flags derived from the ingredient list using dermatology reference data (fungal-acne substrate, comedogenicity, EU allergens). General guidance, not a diagnosis.

Your questions, answered from the ingredient list

Is WhiteGlow 3 In 1 Deep Cleansing Skin Brightening Facial Foam Big Pack fungal-acne safe?
Based on its listed ingredients, no known Malassezia (fungal-acne) triggers were detected in WhiteGlow 3 In 1 Deep Cleansing Skin Brightening Facial Foam Big Pack.
Does WhiteGlow 3 In 1 Deep Cleansing Skin Brightening Facial Foam Big Pack contain fragrance?
Yes — WhiteGlow 3 In 1 Deep Cleansing Skin Brightening Facial Foam Big Pack lists Fragrance, which are fragrance ingredients or EU-declared allergens. Relevant if your skin is sensitive or reactive.
Will WhiteGlow 3 In 1 Deep Cleansing Skin Brightening Facial Foam Big Pack clog pores?
The highest comedogenic rating among its listed ingredients is 5/5 (high). Comedogenicity matters most for oily, acne-prone skin in humid Indian weather; it is a property of ingredients in lab tests, not a guarantee either way.
Is WhiteGlow 3 In 1 Deep Cleansing Skin Brightening Facial Foam Big Pack safe to use in pregnancy?
WhiteGlow 3 In 1 Deep Cleansing Skin Brightening Facial Foam Big Pack contains 1 ingredient(s) commonly flagged for caution in pregnancy in published guidance: Alpha-Arbutin. Discuss with your doctor before using it while pregnant or breastfeeding.

Answers are derived from the printed ingredient list and dermatology reference data — general guidance, not a diagnosis or a therapeutic claim.

Key actives

Milk Enzymes
Exfoliant / Enzymatic active

Milk enzymes are protein-derived compounds (often combined with milk-sourced lactic acid) that provide mild enzymatic and chemical exfoliation by breaking down dead surface skin cells and supporting gentle resurfacing. They are used in cleansers, masks, and peels for smoothing and brightening.

Tocopheryl Acetate
Antioxidant

Tocopheryl acetate is a stable, esterified form of vitamin E used in skincare as an antioxidant and conditioning agent. It is converted to active tocopherol in the skin, helping protect against oxidative stress and supporting the skin barrier.

Alpha-Arbutin
Skin-brightening agent

Alpha arbutin is a naturally derived hydroquinone derivative that inhibits tyrosinase, reducing melanin production. It is used to address hyperpigmentation, dark spots, and uneven skin tone.

Side effects reported in research

Aggregated from the active ingredients in this product.

Reported effectHow oftenNotes
Skin dryness or barrier disruption with excessive contactUncommonFrequent or prolonged exposure to water, especially hot or hard water, can disrupt the skin barrier and contribute to transepidermal water loss.
Irritation from impurities or hard water mineralsRareReactions are attributed to contaminants, chlorine, or mineral content rather than water itself.
Skin dryness and barrier disruptionCommonCan strip natural lipids with frequent or prolonged use, especially in high concentrations
Mild skin or eye irritationCommonStinging or redness on contact, particularly in sensitive individuals or leave-on products
Worsening of existing dermatitis/eczemaUncommonMay aggravate compromised skin barriers in atopic conditions
Allergic contact dermatitisRareTrue sensitization is uncommon; reactions sometimes attributed to residual impurities
Concerns regarding 1,4-dioxane contaminationRareA trace by-product of ethoxylation; controlled by manufacturing purification standards
Mild transient stinging or irritationUncommonMore likely at high concentrations or on compromised/broken skin.
Tacky or sticky skin feelCommonA cosmetic sensation rather than an adverse reaction, more noticeable at higher concentrations.
Contact dermatitis or allergic reactionRareTrue allergy to glycerin is uncommon; patch-test positivity is infrequent.
Skin dehydration in very low humidityRareIn very dry environments humectants may draw water from deeper skin layers if not paired with an occlusive.
Mild skin irritation or stingingCommonMore likely at higher concentrations or on compromised/sensitive skin
Irritant contact dermatitisUncommonNon-allergic irritation, often dose-dependent
Worsening of pre-existing eczema or barrier-impaired skinRarePenetration-enhancing effect may increase reactivity
Systemic toxicity from topical useVery rareReported mainly with extensive application on broken skin, especially in infants or burn patients

Frequencies reflect typical cosmetic use reported in the literature, not a guarantee for your skin.

Full ingredient breakdown

IngredientWhat it does
Water
Solvent/vehicle
Water is the most common base ingredient in cosmetic formulations, serving as a solvent that dissolves other ingredients and forms the bulk of emulsions and aqueous solutions. It is generally considered safe and non-irritating.
Sodium Laureth Sulfate
Surfactant/cleansing agent
Sodium Laureth Sulfate (SLES) is an anionic surfactant widely used as a foaming and cleansing agent in shampoos, body washes, and facial cleansers. It is generally considered milder than Sodium Lauryl Sulfate due to ethoxylation.
Glycerin
Humectant
Glycerin is a widely used humectant that attracts and retains water in the skin, helping to hydrate the stratum corneum and support barrier function. It is considered safe and well-tolerated across most skin types and concentrations.
Propylene Glycol
Humectant / solvent
Propylene glycol is a small glycol molecule widely used in skincare as a humectant, solvent, and penetration enhancer that helps attract water and dissolve other ingredients. It is considered a base/formulation ingredient rather than a therapeutic active.
Sodium Lauryl Sulfate
Surfactant / cleansing agent
Sodium Lauryl Sulfate (SLS) is an anionic surfactant widely used in cleansers, shampoos, and toothpastes to remove oil and debris and to produce foam. It is also used in patch testing as a standard skin irritant.
Milk Enzymes Key active
Exfoliant / Enzymatic active
Milk enzymes are protein-derived compounds (often combined with milk-sourced lactic acid) that provide mild enzymatic and chemical exfoliation by breaking down dead surface skin cells and supporting gentle resurfacing. They are used in cleansers, masks, and peels for smoothing and brightening.
Cocamidopropyl Betaine
Surfactant / foaming cleanser
Cocamidopropyl Betaine is an amphoteric surfactant derived from coconut oil and dimethylaminopropylamine, used in cleansers, shampoos, and body washes to provide gentle foaming, viscosity, and to reduce the harshness of stronger anionic surfactants. It is widely regarded as mild but is a recognized contact allergen.
Cocamide DEA
Surfactant/foam booster
Cocamide DEA is a fatty acid diethanolamine condensate derived from coconut oil, used in cleansers and shampoos as a foaming agent, viscosity builder, and emulsion stabilizer. It functions as a base formulation ingredient rather than a therapeutic active.
Aloe Barbadensis Extract
Soothing/moisturizing agent
Aloe Barbadensis Extract is a plant-derived ingredient rich in polysaccharides, vitamins, and amino acids used in skincare for its hydrating, soothing, and mild anti-inflammatory properties. It is commonly incorporated into moisturizers, after-sun products, and soothing formulations.
Cocamide MEA
Foaming agent / surfactant
Cocamide MEA (Cocamide monoethanolamide) is a coconut oil-derived non-ionic surfactant used in cleansers and shampoos as a foam booster, viscosity enhancer, and emulsion stabilizer. It is a formulation/base ingredient rather than a treatment active.
Tocopheryl Acetate Key active
Antioxidant
Tocopheryl acetate is a stable, esterified form of vitamin E used in skincare as an antioxidant and conditioning agent. It is converted to active tocopherol in the skin, helping protect against oxidative stress and supporting the skin barrier.
Phenoxyethanol
Preservative
Phenoxyethanol is a widely used broad-spectrum preservative that protects cosmetic and skincare formulations from bacterial and fungal contamination. It is typically used at concentrations up to 1% and serves as a formulation/base ingredient rather than an active treatment.
Methylparaben
Preservative
Methylparaben is a paraben-class antimicrobial preservative widely used in cosmetics and skincare to prevent microbial growth and extend product shelf life. It is effective primarily against fungi and yeasts, often combined with other parabens for broader protection.
Propylparaben
Preservative
Propylparaben is a paraben-class antimicrobial preservative used to inhibit the growth of bacteria, mold, and yeast in cosmetic and personal care formulations. It is typically used at low concentrations alongside other parabens for broad-spectrum preservation.
Alpha-Arbutin Key active
Skin-brightening agent
Alpha arbutin is a naturally derived hydroquinone derivative that inhibits tyrosinase, reducing melanin production. It is used to address hyperpigmentation, dark spots, and uneven skin tone.
Disodium EDTA
Chelating agent
Disodium EDTA is a chelating agent used in cosmetics to bind metal ions, improving product stability, preventing rancidity, and enhancing the efficacy of preservatives. It is a formulation/base ingredient rather than a treatment active.
Fragrance
Fragrance/masking agent
Fragrance refers to a blend of natural or synthetic aromatic compounds added to skincare products to impart a pleasant scent or mask the odor of other ingredients. It serves a sensory and formulation purpose rather than a therapeutic one.

Key active = does the main work. Ingredient explanations are drawn from public databases & literature.

From published literature

Peer-reviewed papers on the active ingredients in this product, via PubMed.

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