
About the product
Sanfe High Prime Collagen Melting Film For 5X Hydrating Skin
Sanfe High Prime Collagen Melting Film is a revolutionary skincare solution for all skin types. Packed with 99.86% hydrolyzed collagen, these patches improve elasticity, reduce fine lines, and smooth your complexion. Infused with hyaluronic acid, they provide deep hydration and a supple texture. Utilizing advanced Korean technology, the 30 layers of collagen threads dissolve into the skin upon misting, enhancing natural collagen production and delivering a firmer, more radiant appearance.
Features:
- Innovative collagen-packed mask: Sanfe Melting Film harnesses the power of collagen and hyaluronic acid to deliver intense hydration and promote a rejuvenated complexion for all skin types.
- Powerful ingredients: Contains 99.86% hydrolyzed collagen to enhance elasticity and reduce fine lines, along with hyaluronic acid to attract and retain moisture, resulting in a smooth and supple texture.
- Dual benefits: Boosts your skin's natural collagen production while providing a surge of hydration, tightening, and revitalizing for a firmer, more youthful appearance.
- Advanced technology: Features 30 layers of collagen threads using Korean technology, with lightweight patches that dissolve into the skin upon misting for maximum effectiveness.
Ingredients
Water, Hydrolyzed Collagen, Polyvinyl Alcohol, Chitosan, Ammonium Acryloyldimethyltaurate, Hydroxyacetophenone, Hexanediol, Hexapeptide-2, Acetyl Hexapeptide-8.
How To Use
- Start by applying Collagen Booster Mist evenly on a clean face and allow it to absorb.
- Next, peel off the white film and place it on your skin with the white side facing inward and the blue side facing outward.
- Remove the outer blue sheet, leaving the collagen film in place.
- Mist the patch again mist to help it absorb fully.
Note: Product images are for illustrative purposes only. Packaging, labels, and batch details may vary as updated by the manufacturer. The description is for information only and may not list every ingredient.