Aogebio Cosmetic
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Sodium Lauroyl Glycinate is an amino acid surfactant synthesized by acylation and neutralization of lauric acid and glycine. The product is white or off-white powder, no special smell, mainly being used as raw material of facial care products such as facial cleanser.
Experience the next level of skin-friendly cleansing with Sodium Lauroyl Glycinate, a premium amino acid-based surfactant that combines exceptional mildness with superior cleansing performance. Derived from natural coconut oil and glycine, this innovative ingredient delivers luxurious foam without compromising skin's natural moisture barrier, making it ideal for facial cleansers, baby care products, and sensitive skin formulations.
It is specially engineered to provide ultra-gentle yet thorough cleansing, creating a rich, stable lather that effectively removes impurities while maintaining skin's pH balance. Its unique molecular structure ensures excellent compatibility with all skin types, particularly sensitive, dry, and reactive skin. As a 100% biodegradable, plant-derived surfactant, it meets the growing demand for eco-conscious, clean beauty products.
Gentle on skin and eyes, suitable for sensitive skin, reducing the risk of irritation and allergic reactions.
Effectively stabilize oil-water emulsions and improve product texture and feel.
Helps skin retain moisture, enhances skin’s softness and smoothness.
It has good cleaning performance and can effectively remove dirt and grease.
The recommended usage rate of Sodium Lauroyl Glycinate in cosmetics is generally 0.5% to 5%, depending on the product type and formulation requirements.
It is commonly used in facial cleansers, creams, lotions, serums, shampoo, and conditioners.
Use in facial cleansers to provide gentle cleansing and moisturizing effects.
Used in creams, lotions and serums to enhance moisturizing and emulsifying properties.
In shampoo and conditioner, helps improve hair smoothness and combability.
Closed container, dry place, room temp.
Not animal tested.
No animal-derived components.
No data available.
