SILKDERMIS Silicone Face and Forehead Wrinkle Patches are designed for overnight use to address expression lines and static wrinkles on the forehead, around the eyes, and at smile line areas. Made from medical-grade silicone, each patch creates a gentle, occlusive layer that helps maintain moisture and supports the skin’s natural overnight recovery process. The silicone material is soft, flexible, and transparent, allowing the patches to lie flat against the skin without causing irritation or slipping during sleep.

These reusable patches are intended for individuals seeking a non-invasive, drug-free approach to softening the appearance of fine lines over consistent use. The patches work by providing a physical barrier that minimises skin movement during rest, which may help reduce the depth of creases formed by repeated facial expressions. They are suitable for all skin types, including sensitive skin, as the silicone is hypoallergenic and does not contain adhesives, fragrances, or harsh chemicals.

Each pack contains multiple patches tailored for different facial zones: forehead, under-eye, and nasolabial fold areas. The patches can be washed with mild soap and water after each use, and their durability allows for repeated application over several weeks before replacement is needed. For best results, they are typically worn overnight on clean, dry skin. The product offers a simple, cost-effective alternative to topical creams or invasive treatments, focusing purely on mechanical support and hydration retention. No guarantees of permanent wrinkle removal are implied; individual outcomes depend on factors such as age, skin condition, and consistency of use. The formulation avoids any active ingredients, relying instead on the physical properties of silicone to temporarily smooth the skin’s surface. This makes the patches a low-risk option for those who prefer a minimalist skincare routine. The clear design also allows discreet wear under makeup if desired during daytime, though overnight usage remains the primary recommended scenario.