This facial moisturizer features a blend of classic hydrating ingredients like glycerin and dimethicone combined with an unusual mix of potent penetration enhancers and potential irritants like laurocapram and sodium lauryl sulfate.
The moisturizer receives a performance rating of 4.6/10 because despite containing solid humectants and emollients like Glycerin, Dimethicone, and Allantoin, the formulation is severely hindered by the inclusion of Sodium Lauryl Sulfate (SLS). SLS is a harsh surfactant typically used in wash-off products; when left on the skin in a moisturizer, it can damage the skin barrier and cause dryness, defeating the primary purpose of hydration. Furthermore, the presence of Palmitic Acid, Stearic Acid, and fatty alcohols increases the risk of clogged pores and acne, making it unsuitable for many skin types.
A low safety rating of 3.5/10 is primarily due to several high-risk ingredients. Sodium Lauryl Sulfate (SLS) is a notorious skin irritant, and its potential for harm is amplified by Laurocapram, a penetration enhancer that allows other sensitizers to sink deeper into the skin. Additionally, Triethanolamine carries risks of irritation and the formation of carcinogenic nitrosamines, while Fragrance is a well-known allergen. The inclusion of Ethylparaben also raises concerns regarding endocrine disruption, making this formula highly sensitizing and questionable for long-term safety.
With an overall rating of 4.0/10, this facial moisturizer is difficult to recommend. While basic hydrating agents are present, they are overshadowed by a poor formulation choice that leaves harsh, stripping ingredients like Sodium Lauryl Sulfate on the skin. Supported by penetration enhancers and potential allergens like Fragrance and Triethanolamine, the risk of irritation, skin barrier disruption, and contact dermatitis is high, while the heavy fatty acids pose a risk for breakouts. The combination of poor skin compatibility and safety concerns results in a heavily compromised product.
This facial moisturizer presents a highly unconventional and somewhat contradictory formulation that warrants a cautious approach. At its core, the product utilizes a standard hydrating base of water, glycerin, and dimethicone to provide immediate surface hydration and a smooth, silky emollient feel. It also utilizes structured fatty acids and alcohols, such as palmitic acid, stearic acid, cetyl alcohol, and stearyl alcohol, which work in tandem to soften the skin texture and create a protective occlusive barrier. Furthermore, the inclusion of allantoin offers soothing, anti-inflammatory benefits, while tocopheryl acetate (Vitamin E) provides essential antioxidant protection to fight off free radical damage., the formulation takes an unexpected and potentially problematic turn with its choice of penetration enhancers and emulsifiers. The inclusion of laurocapram (also known as Azone) is highly atypical for a standard daily cosmetic moisturizer. Laurocapram is a powerful transdermal penetration enhancer primarily used in pharmaceutical topical gels and patches to temporarily disrupt the lipid bilayer of the stratum corneum, allowing active ingredients to penetrate deeper into the skin. While this is beneficial for drug delivery, in a basic daily moisturizer, it can inadvertently pull unwanted ingredients—such as the added fragrance—much deeper into the skin, significantly escalating the risk of irritation, allergic contact dermatitis, and systemic sensitization.more concerning is the presence of sodium lauryl sulfate (SLS) in a leave-on cosmetic formulation. While commonly utilized as a foaming agent in rinse-off cleansers, SLS is a notorious skin irritant often used as a positive control in dermatological patch testing to induce barrier damage. When left on the skin in a cream, SLS can strip crucial intercellular lipids, degrade the delicate acid mantle, and cause persistent redness, flaking, and severe dryness. When paired with the penetration-boosting properties of laurocapram, the irritating and stripping potential of SLS is exponentially amplified., while this cream may offer superficial softening and occlusive properties due to its rich emollient base, the structural formulation risks far outweigh its basic hydrating benefits. The hazardous combination of barrier-disrupting surfactants, deep penetration enhancers, and potential allergens creates a highly sensitizing environment on the face. Unless specifically prescribed or formulated under strict, specialized clinical supervision for targeted medical delivery, this product is far too aggressive and risky for daily cosmetic use.
🧪 Water / 水
Purpose: Solvent and vehicle.
Concerns: None.
Notes: Serves as the base for the cream, dissolving water-soluble ingredients.
🧪 Glycerin / 甘油
Purpose: Humectant.
Concerns: None.
Notes: A highly effective, skin-identical hydrating agent that draws moisture into the skin.
🧪 Dimethicone / 聚二甲基硅氧烷
Purpose: Silicone-based emollient and skin protectant.
Concerns: May feel heavy on extremely oily skin, but is generally non-comedogenic.
Notes: Forms a breathable barrier on the skin to prevent moisture loss.
🧪 Palmitic Acid / 棕榈酸
Purpose: Fatty acid emollient and emulsifier.
Concerns: Can be slightly comedogenic for acne-prone skin types.
Notes: Helps to soften skin and support the natural lipid barrier.
🧪 Stearic Acid / 硬脂酸
Purpose: Fatty acid emollient and emulsion stabilizer.
Concerns: Moderate potential to clog pores in highly oily skin.
Notes: Provides a rich texture and helps restore skin elasticity.
🧪 Cetyl Alcohol / 鲸蜡醇
Purpose: Fatty alcohol emollient and thickener.
Concerns: Extremely low risk, non-drying.
Notes: Unlike simple alcohols, fatty alcohols soften the skin and stabilize the lotion.
🧪 Stearyl Alcohol / 硬脂醇
Purpose: Fatty alcohol emollient and emulsion stabilizer.
Concerns: Generally safe and well-tolerated.
Notes: Works synergistically with other fatty alcohols to give the cream a velvety texture.
🧪 Tocopheryl Acetate / 生育酚乙酸酯
Purpose: Antioxidant (Vitamin E).
Concerns: Very minor risk of contact allergy in highly sensitive individuals.
Notes: Protects the skin from free radicals and UV-induced oxidative stress.
🧪 Laurocapram / 氮酮
Purpose: Penetration enhancer.
Concerns: May facilitate the absorption of unwanted irritants if present in high amounts.
Notes: Helps active compounds penetrate deeper into the skin layers.
🧪 Allantoin / 尿囊素
Purpose: Skin-soothing and conditioning agent.
Concerns: None.
Notes: Calms redness, reduces irritation, and aids in cellular regeneration.
🧪 Triethanolamine / 三乙醇胺
Purpose: pH adjuster and buffering agent.
Concerns: Can cause skin sensitization or irritation in some individuals; potential for nitrosamine formation.
Notes: Used to neutralize fatty acids like stearic acid to form an emulsion.
🧪 Sorbitan Oleate / 失水山梨醇油酸酯
Purpose: Emulsifier.
Concerns: Low risk.
Notes: Keeps oil-in-water mixtures properly blended.
🧪 Sodium Lauryl Sulfate / 月桂醇硫酸酯钠
Purpose: Surfactant and emulsifying agent.
Concerns: Highly irritating and stripping to the skin barrier.
Notes: Rarely used in leave-on facial products nowadays due to its potential to disrupt the skin barrier.
🧪 Fragrance / 香精
Purpose: Scenting/Masking agent.
Concerns: High potential for contact dermatitis, allergy, and skin irritation.
Notes: Added for olfactory appeal but offers no positive physiological skincare benefits.
🧪 Ethylparaben / 羟苯乙酯
Purpose: Preservative.
Concerns: Often feared by consumers, but scientifically proven safe in low cosmetic concentrations.
Notes: Crucial for preventing harmful microbial and bacterial growth in water-based products.