Biogenic Cloud Cleanser
Inside the Formula — Biogenic Cloud Cleanser
This section provides full transparency regarding each ingredient used in the formulation, its functional role, and the reason it has been carefully selected. Scientific references are included to support the functional properties of key ingredients.
Aqua (Water)
Category: Solvent
Function in Formula: Primary solvent and formulation base.
Purpose in This Cleanser:
Water serves as the primary medium that dissolves and evenly distributes all active and functional ingredients across the skin, ensuring effective and uniform application.
Supporting Literature:
Standard cosmetic formulation references.
Glycerin
Category: Humectant
Function in Formula: Moisture-attracting agent.
Purpose in This Cleanser:
Glycerin attracts water from the environment and deeper skin layers to help maintain hydration during cleansing. It helps reduce post-cleansing tightness and leaves the skin feeling soft and comfortable.
Supporting Literature:
Fluhr JW et al. Glycerol and the skin: holistic approach to its origin and functions. Br J Dermatol. 2008.
Propanediol
Category: Humectant / Co-solvent
Function in Formula: Hydration support and ingredient solubilizer.
Purpose in This Cleanser:
Improves the penetration and stability of active ingredients while enhancing product texture and skin feel.
Supporting Literature:
Standard cosmetic formulation references.
Sodium Lauroyl Methyl Isethionate
Category: Mild Anionic Surfactant
Function in Formula: Primary cleansing surfactant.
Purpose in This Cleanser:
Effectively removes dirt, oil, and sunscreen residues while maintaining skin barrier integrity. It is significantly milder compared to traditional sulfate-based cleansers.
Supporting Literature:
Ananthapadmanabhan KP et al. Cleansing without compromise: the impact of surfactants on skin barrier function. Dermatol Ther. 2004.
Cocamidopropyl Betaine
Category: Amphoteric Surfactant
Function in Formula: Secondary cleansing and foam-enhancing agent.
Purpose in This Cleanser:
Enhances foam quality and reduces potential irritation from primary surfactants, contributing to a softer and creamier cleansing experience.
Supporting Literature:
Cosmetic surfactant safety and formulation literature.
Potassium Cocoyl Glycinate
Category: Mild Anionic Surfactant
Function in Formula: Gentle cleansing and skin conditioning.
Purpose in This Cleanser:
Supports effective removal of impurities while helping preserve the skin's natural moisture barrier.
Supporting Literature:
Cosmetic formulation references.
PEG-7 Glyceryl Cocoate
Category: Surfactant / Emollient
Function in Formula: Conditioning surfactant.
Purpose in This Cleanser:
Improves foam stability and provides a soft, conditioned after-feel on the skin following cleansing.
Supporting Literature:
Cosmetic formulation references.
Decyl Glucoside
Category: Non-ionic Surfactant
Function in Formula: Mild cleansing agent derived from sugar.
Purpose in This Cleanser:
Provides gentle cleansing while maintaining skin comfort. It enhances foam stability and contributes to a smooth rinse-off feel.
Supporting Literature:
Cosmetic surfactant references.
Biogenic Salic 210
Category: Beta Hydroxy Acid (BHA) Complex – Water Soluble
Complex Composition:
Salicylic Acid, Dextrin, Amylopectin, Niacinamide
Function in Formula:
Supports pore clarity and helps maintain balanced-looking skin.
Purpose in This Cleanser:
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Salicylic Acid: Helps maintain clearer-looking pores by supporting the removal of excess oil and impurities.
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Dextrin & Amylopectin: Act as stabilizing carriers that help distribute salicylic acid evenly and support controlled delivery.
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Niacinamide: Supports skin barrier function and contributes to a balanced and calm skin appearance.
Supporting Literature:
-
Draelos ZD. The effect of salicylic acid in acne management. Cutis. 2012.
-
Kligman AM & Mills OH. Acne cosmetica. Arch Dermatol. 1972.
Salix Alba (Willow) Bark Extract
Category: Botanical Extract / Clarifying Agent
Function in Formula: Skin clarity support.
Purpose in This Cleanser:
Provides botanical support for maintaining clear-looking skin while contributing soothing properties.
Supporting Literature:
Cosmetic phytochemistry references.
Aquaxyl® Hydration System
(Xylitylglucoside, Anhydroxylitol, Xylitol)
Category: Advanced Hydration Complex
Function in Formula: Moisture balance support.
Purpose in This Cleanser:
Helps maintain skin hydration during cleansing and supports the skin barrier to prevent post-cleansing dryness or tightness.
Supporting Literature:
Seppic Aquaxyl® Technical Dossier.
Niacinamide
Category: Vitamin B3
Function in Formula: Skin conditioning and barrier support.
Purpose in This Cleanser:
Helps maintain a balanced skin appearance, supports barrier integrity, and contributes to overall skin comfort.
Supporting Literature:
Cosmetic dermatology references.
Sodium PCA
Category: Humectant / Natural Moisturizing Factor (NMF)
Function in Formula: Moisture-binding ingredient.
Purpose in This Cleanser:
Helps attract and retain water in the skin, supporting softness and hydration after cleansing.
Supporting Literature:
Cosmetic formulation references.
Panthenol (Pro-Vitamin B5)
Category: Humectant / Skin Conditioning Agent
Function in Formula: Moisturizing and soothing ingredient.
Purpose in This Cleanser:
Helps support skin comfort, hydration, and smoothness after washing.
Supporting Literature:
Cosmetic formulation references.
Dextrin & Amylopectin
Category: Stabilizers / Delivery Carriers
Function in Formula: Active ingredient stabilizers.
Purpose in This Cleanser:
Ensure the stability and controlled release of active ingredients within the Biogenic Salic 210 complex.
Supporting Literature:
Cosmetic formulation references.
Disodium EDTA
Category: Chelating Agent
Function in Formula: Stability enhancer.
Purpose in This Cleanser:
Binds trace metal ions that may destabilize the formula, thereby improving ingredient stability and preservative effectiveness.
Supporting Literature:
Cosmetic formulation references.
Phenoxyethanol & Ethylhexylglycerin
Category: Preservative System
Function in Formula: Protection against microbial contamination.
Purpose in This Cleanser:
Ensures the microbiological safety and shelf stability of the product during storage and use.
Supporting Literature:
Cosmetic ingredient safety data.
References
-
Fluhr JW et al. Glycerol and the skin: holistic approach to its origin and functions. Br J Dermatol. 2008.
-
Ananthapadmanabhan KP et al. Cleansing without compromise: the impact of surfactants on skin barrier function. Dermatol Ther. 2004.
-
Draelos ZD. The effect of salicylic acid in acne management. Cutis. 2012.
-
Kligman AM & Mills OH. Acne cosmetica. Arch Dermatol. 1972.
-
Seppic Aquaxyl® Technical Dossier.
Disclaimer:
References are provided to explain ingredient functionality within cosmetic formulations and do not constitute medical or therapeutic claims. This product is intended for cosmetic use only