Ingredients
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Glycerin is a naturally derived humectant—a ingredient that draws moisture from the air into your skin. It's one of the most widely used and well-studied moisturizing agents in skincare, helping skin feel softer and more hydrated.
Benefits
- Attracts and retains moisture in the skin
- Improves skin hydration and softness
- Helps strengthen skin barrier function
- Suitable for most skin types, including sensitive skin
Science: The Cosmetic Ingredient Review Expert Panel concluded glycerin is safe as used in cosmetics across all concentrations. Research shows glycerin effectively improves skin hydration and is well-tolerated with minimal irritation risk. It is also referenced in clinical guidelines for managing inflammatory skin conditions and maintaining skin integrity.
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Citric acid is a naturally occurring organic acid commonly used in skincare products as an exfoliant and pH balancer. It belongs to a group of ingredients called alpha-hydroxy acids (AHAs) that help remove dead skin cells from the surface.
Benefits
- Gentle exfoliation to improve skin texture and appearance
- Helps reduce the appearance of keratosis and acne
- Balances product pH to maintain skin compatibility
Potential concerns
- Can cause irritation, redness, or sensitivity in some users, especially with prolonged or frequent use
- May increase sun sensitivity — sunscreen use is recommended when using AHA products
- Not suitable for very sensitive or compromised skin without caution
Science: Citric acid is an established AHA used in cosmetics for superficial peeling and skin appearance improvement, though research emphasizes that caution should be exercised due to potential adverse reactions. It is widely produced industrially and well-established in skincare formulations.
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Sodium benzoate is a preservative used in skincare products to prevent bacterial and fungal growth, extending shelf life. It's a salt derived from benzoic acid and is one of the most widely used preservatives in cosmetics, skincare, and food products.
Benefits
- Prevents microbial contamination and extends product shelf life
- Generally effective at low concentrations (0.1-0.5%)
- Approved for cosmetic use by major regulatory bodies
Potential concerns
- Can cause allergic contact dermatitis in sensitive individuals; identified as an allergen in medical hand cleansers
- Recent research suggests long-term oral intake may affect bone health and increase osteoporosis risk, though topical skincare exposure is minimal
Science: Sodium benzoate is well-established as a safe preservative in cosmetics at typical use levels. However, emerging research indicates that chronic systemic intake may interfere with bone metabolism through the FGF2/p38/RUNX2 pathway. For topical skincare use, the exposure and absorption are minimal compared to dietary intake, but individuals with known sensitivities should avoid it.
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Phenoxyethanol is a preservative that prevents bacteria, yeast, and mold from growing in skincare products, helping them stay fresh and safe to use. It has been used safely in cosmetics for decades and is effective at very low concentrations.
Benefits
- Prevents microbial contamination and product spoilage
- Broad-spectrum antimicrobial activity against bacteria and yeast
- Minimal impact on beneficial skin bacteria when used at approved levels
Potential concerns
- Rare allergic contact dermatitis in sensitive individuals
- May cause irritation if used in products at concentrations above 1%
Science: The European Scientific Committee on Consumer Safety considers phenoxyethanol safe for all consumers, including children, at concentrations up to 1%. Adverse effects observed in animal studies required exposure levels approximately 200 times higher than those in cosmetic products, and it is classified as one of the most well-tolerated preservatives in cosmetics.
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Sodium chloride is common table salt, used in skincare products as a texture modifier, preservative, and to help balance formulations. In small amounts, it's generally well-tolerated by skin.
Benefits
- Helps preserve product stability
- Can enhance skin hydration when used in appropriate concentrations
- Improves product texture and consistency
Potential concerns
- High concentrations may irritate sensitive or compromised skin
- Excessive topical salt exposure can potentially disrupt skin barrier function
- May cause dryness or tightness in some individuals
Science: Sodium chloride is a naturally occurring electrolyte essential to skin physiology. Research indicates the skin actively regulates sodium levels through complex mechanisms involving the endothelium, immune cells, and lymphatics; however, peer-reviewed data specifically addressing topical sodium chloride in cosmetic formulations at typical use levels is limited.
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Pentylene glycol is a lightweight humectant—a ingredient that draws water into the skin to improve hydration and texture. It's commonly used in serums, sunscreens, and moisturizers as a preservative booster and skin-conditioning agent.
Benefits
- Improves skin hydration by attracting moisture
- Lightweight feel, absorbs quickly without heaviness
- Helps preserve product stability and extends shelf life
Potential concerns
- Rare contact allergy reported in sensitive individuals
- Emerging evidence suggests it may be an uncommon cosmetic allergen—if you have sensitive or reactive skin, patch test first
Science: Safety studies show a high margin of safety at standard use levels (87–671 in adults), with minimal skin penetration due to the ingredient's volatility. However, recent dermatological reports flag pentylene glycol as an emerging contact allergen in some individuals, warranting attention for those with sensitive skin.
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Tocopherol is a form of vitamin E, a fat-soluble antioxidant that protects skin from damage caused by free radicals and oxidative stress. It helps maintain skin's natural barrier function and is commonly used in skincare products to prevent premature aging and support overall skin health.
Benefits
- Protects skin from free radical damage and oxidative stress
- Supports skin barrier function and moisture retention
- May help reduce signs of aging caused by UV exposure and environmental damage
- Works as a lipid antioxidant to prevent degradation of skin oils
Science: Tocopherol (α-tocopherol) is recognized in peer-reviewed research as a key endogenous defense mechanism against oxidative stress in aging skin, particularly from UV-induced damage. Studies confirm it functions as a lipid-soluble antioxidant capable of preventing lipid peroxidation, with established efficacy in cosmetic and therapeutic applications.
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Squalane is a lightweight, skin-identical oil derived from squalene (a natural component of human sebum). It absorbs easily into the skin to lock in moisture and create a smooth, soft feel without leaving a greasy residue.
Benefits
- Hydrates and moisturizes skin
- Mimics skin's natural oils for better compatibility
- Lightweight emollient that doesn't clog pores
- Antioxidant properties
- Well-tolerated by most skin types
Science: The Cosmetic Ingredient Review Expert Panel confirmed squalane is safe for cosmetic use at typical concentrations (2023). Research demonstrates skin hydrating and emollient activity, and squalane is naturally present in human sebum at ~13%, making it biocompatible with skin.
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Sodium Hydroxide is a strong alkaline chemical used in skincare products primarily as a pH buffer to neutralize acids and adjust the product's pH to safe levels for skin. It is not an active skincare ingredient and appears only in trace amounts in finished products.
Potential concerns
- In concentrated form, sodium hydroxide is caustic and can cause severe chemical burns; however, in cosmetic products it is diluted and pH-buffered to safe levels
- Undiluted or highly concentrated sodium hydroxide should never contact skin directly
Science: The provided research discusses sodium hydroxide only in a specialized medical context (10% solution for surgical cauterization of ingrown toenails), which is not relevant to cosmetic skincare use. In properly formulated skincare products, sodium hydroxide is used in minimal concentrations solely for pH adjustment and is considered safe by regulatory bodies including the FDA and EU.
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Acrylates Copolymer is a synthetic polymer that acts as a film-former in skincare products, creating a thin, flexible layer on the skin's surface. It helps products adhere better and can improve the wear-time and finish of formulations.
Benefits
- Creates a smooth, adherent film on skin
- Improves product longevity and wear-time
- Enhances texture and finish of skincare formulations
Potential concerns
- May feel occlusive or slightly sticky on some skin types
- Potential for buildup with repeated layering
- Can cause irritation in individuals with very sensitive skin or acrylic sensitivities
Science: Limited peer-reviewed data available specifically for Acrylates Copolymer as used in skincare. Related polymer safety assessments by the Cosmetic Ingredient Review panel have generally found similar synthetic polymers safe at typical use concentrations, though individual polymer variants may have varying safety profiles.
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Analysis not yet available for this ingredient.
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Ascorbyl Glucoside is a stable form of vitamin C that's been chemically modified to last longer in skincare products. Once absorbed into the skin, your body converts it into active vitamin C, which helps brighten skin tone, reduce the appearance of dark spots, and support overall skin health.
Benefits
- Helps fade dark spots and uneven pigmentation (solar lentigos)
- Brightens overall skin tone and improves radiance
- More stable than standard vitamin C, so it stays effective longer in products
- Antioxidant protection against environmental damage
Science: Clinical research demonstrates that ascorbyl glucoside-arginine complex significantly reduced pigmentation in sun spots after 24 weeks of twice-daily use, with visible lightening effects and no reported adverse effects or unwanted skin bleaching. The ingredient is well-tolerated and considered a safe, effective alternative to less stable vitamin C forms.
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Hydroxyacetophenone is a naturally derived compound with antioxidant and antimicrobial properties. It's used in skincare products to help protect skin from environmental stress and maintain product freshness.
Benefits
- Antioxidant protection against free radicals
- Antimicrobial and antiseptic properties
- May help preserve product stability
Science: Research shows hydroxyacetophenone has demonstrated antioxidant, antibacterial, and antiseptic activities in cosmetic and pharmaceutical applications. However, peer-reviewed data specifically evaluating its safety profile and efficacy in topical skincare products for consumers is limited.
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Disodium cocoamphodiacetate is a mild, plant-derived cleansing agent (surfactant) made from coconut oil. It removes dirt and oil from skin while being gentler than many traditional detergents, making it a common choice in facial cleansers and body washes.
Benefits
- Effectively cleanses skin without harsh stripping
- Well-tolerated by sensitive skin types
- Mild enough for daily use in facial products
- Plant-derived ingredient
Science: A 2010 clinical study of 105 patients found disodium cocoamphodiacetate to be one of the most well-tolerated surfactants tested, with no allergic reactions or irritation observed. It is recognized in dermatological literature as a mild amphoteric surfactant suitable for sensitive skin formulations.
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Decyl glucoside is a mild, plant-derived surfactant made from natural fatty alcohols and glucose. It's used in skincare products to cleanse the skin and help other ingredients mix together, and is generally gentler than many traditional detergents.
Benefits
- Mild cleansing action suitable for sensitive skin
- Plant-based and renewable ingredient
- Functions as an effective emulsifier to stabilize formulas
Potential concerns
- Can cause allergic contact dermatitis in sensitive individuals—cases of sensitization have increased since the early 2000s
- May cross-react with other similar glucoside ingredients
- Can be irritating if formulation is not properly balanced
Science: The Cosmetic Ingredient Review panel concluded decyl glucoside is safe when used in non-irritating formulations at current concentrations. However, dermatology literature documents a steady rise in allergic contact dermatitis cases, particularly when it appears as a 'hidden' ingredient in sunscreens like Tinosorb M, making patch testing advisable for those with suspected sensitivities.
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Sodium C14-16 Olefin Sulfonate is a mild surfactant (cleansing agent) derived from petroleum-based olefins. It helps remove oil and dirt from skin and is commonly used in cleansers and body washes to create a light lather.
Benefits
- Effective cleansing and dirt removal
- Mild surfactant suitable for sensitive skin formulations
- Creates light, pleasant lather in cleansing products
Potential concerns
- May cause mild irritation or dryness in very sensitive individuals at high concentrations
- Can be irritating to eyes if product contacts them directly
Science: The Cosmetic Ingredient Review Expert Panel confirmed in 2023 that sodium α-olefin sulfonates are safe as cosmetic ingredients at typical concentrations used in rinse-off and leave-on products. No significant safety concerns were identified in updated studies since the original 1998 assessment.
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Cocamidopropyl betaine (CAPB) is a gentle cleanser and foaming agent derived from coconut oil. It's commonly used in shampoos, body washes, cleansers, and other rinse-off products to remove dirt and oil while creating lather.
Benefits
- Effective cleansing without excessive harshness
- Boosts foam and lather in rinse-off products
- Helps control product thickness and texture
Potential concerns
- Can cause mild skin irritation in some people, particularly with prolonged contact
- Known allergen affecting 3–7% of the population; contact sensitization has increased over time
- Manufacturing impurities (amidoamine, dimethylaminopropylamine) may increase allergic reaction risk
- May cause eye irritation if not rinsed thoroughly
Science: Recent safety data (2024) confirms CAPB is safe at standard cosmetic concentrations (up to 30% in rinse-off products, 6% in leave-on) with a safety margin greater than 100. However, it was named Allergen of the Year in 2004 due to rising contact sensitization rates, primarily linked to manufacturing impurities rather than the ingredient itself. Most reactions are delayed allergic responses rather than immediate irritation.
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Lauryl glucoside is a gentle, plant-derived surfactant (cleansing agent) made by combining a natural sugar with a fatty acid. It's commonly used in cleansers and shampoos to remove dirt and oil from skin while being milder than many synthetic alternatives.
Benefits
- Effective at cleansing without stripping skin
- Biodegradable and environmentally sustainable
- Gentler on skin compared to harsher surfactants
Potential concerns
- Can cause allergic contact dermatitis in sensitive individuals
- May cause irritation at high concentrations or with repeated exposure
Science: Lauryl glucoside is valued for its biodegradability and skin-gentleness in cosmetics. However, research shows it can trigger allergic contact reactions in some people, particularly those with existing sensitivities to similar surfactants like decyl glucoside.
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Benzoic acid is a naturally occurring preservative commonly used in skincare products to prevent bacterial and fungal growth, extending shelf life. It's a weak organic acid found in many plants and is also produced synthetically for cosmetic use.
Benefits
- Antimicrobial preservative that prevents bacterial and fungal contamination
- Helps extend product shelf life and maintain stability
- Naturally occurring compound also found in some foods
Potential concerns
- May cause skin irritation or sensitivity in some individuals, particularly on sensitive or compromised skin
- Can be a contact allergen for people with fragrance or preservative sensitivities
- Typical exposure is generally recognized as safe, but widespread use means cumulative exposure across multiple products
Science: Benzoic acid and its derivatives are widely used as preservatives in food, cosmetics, and pharmaceuticals with established safety profiles at typical concentrations. Limited peer-reviewed data specifically addressing dermal safety in skincare formulations; most safety data derives from food additive studies and general preservative toxicology rather than cosmetic-specific clinical trials.
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Glycol Distearate is a waxy conditioning agent derived from glycol and stearic acid. It's used in skincare and body care products to improve texture, add slip, and create a smooth, luxurious feel on the skin.
Benefits
- Improves product texture and spreadability
- Adds conditioning and emollient properties
- Creates a smooth, pleasant feel on skin
Science: Limited peer-reviewed data available specifically on glycol distearate. However, research on similar body wash ingredients—including ethylene glycol distearate—shows it can reduce the bioaccumulation of problematic chemicals when used in formulations, suggesting it may have a stabilizing role in product safety.
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