Clinical Evaluation of a Multi‐Component Facial Mask for Moisturizing, Repairing, and Anti‐Aging Effects

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BACKGROUND: Facial masks are commonly used in skincare for targeted and intensive treatment. However, masks that provide only moisturizing benefits have limited functionality and may not adequately meet comprehensive anti-aging needs. OBJECTIVES: To design and evaluate the efficacy of a multi-component facial mask for moisturizing, repairing, and anti-aging effects. METHODS: The clinical efficacy of the facial mask was evaluated in a 28-day study, with skin parameters measured immediately after application, and at 14 and 28 days. Skin hydration and transepidermal water loss (TEWL) were measured using a Corneometer and a Vapometer, respectively. Skin elasticity and firmness were assessed using a Cutometer. Facial photographs were captured using the VISIA CR system, and wrinkles and roughness were analyzed with Antera 3D. RESULTS: Immediate and 28-day assessments revealed significant improvements in skin hydration and reduced TEWL (p < 0.001). After 28-day use, skin elasticity and firmness increased by 17.31% and 16.18%, respectively. VISIA CR analysis demonstrated enhanced skin gloss and decreased redness. Antera 3D measurements indicated significant reductions in the length and width of under-eye wrinkles and crow's feet, along with improved skin texture (p < 0.001). Participant self-assessments reported high satisfaction with the mask's safety and efficacy, both in the short term and long term. CONCLUSION: The multi-component facial mask demonstrated significant efficacy in enhancing skin hydration, improving barrier repair, and providing anti-aging benefits.

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