SHINE+ Liquid Salicylic Acid \ Carnitine, Salicylic Acid; Propanediol

Application

SHINE+ Liquid Salicylic Acid utilizes a novel supramolecular structure formed by salicylic acid and L-carnitine through intermolecular forces. This liquid formulation provides a refreshing skin feel and can be mixed with water in any ratio. The supramolecular structure endows the product with excellent physicochemical properties, making it 100% water-soluble and stable without precipitation. It combines the skincare benefits of salicylic acid and L-carnitine, offering efficient skin renewal, anti-inflammatory, anti-acne, oil control, and brightening effects, with additional potential for hair care applications.

Conventional salicylic acid has poor water solubility, and common solubilization methods include:
Neutralizing to form a salt, which significantly reduces efficacy.
Using organic solvents like ethanol, which can irritate the skin.
Adding solubilizers, which can easily lead to precipitation.
In contrast, SHINE+ Liquid Salicylic Acid can be mixed with water in any ratio and is particularly suitable for high-concentration acid peels, enhancing professional medical skincare. The unique DES supramolecular structure formed with selected L-carnitine greatly enhances the water solubility of salicylic acid, allowing it to mix with water in any ratio while remaining stable without precipitation. A 1% aqueous solution has a pH of 3.7 and is alcohol-free, reducing solvent-induced irritation while providing a refreshing skin feel.

Product Advantages
Gentle Skin Renewal: SHINE+ Liquid Salicylic Acid offers gentle exfoliation, addressing irritation issues. The exfoliation efficiency of 10% L-carnitine is approximately five times that of lactic acid under the same conditions, with a relatively mild environment.
Effective Skincare: The supramolecular structure formed with salicylic acid enhances efficacy while reducing irritation.
Versatile Applications: Suitable for both facial and scalp care, providing oil control and anti-dandruff effects.