【HFM】 3M Silicone Scar Sheets for Keloid and C-Section Scar Healing Clear Skin Patch Medical Grade Silicone Strip for Scar Reduction

Silicone Scar Sheets Keloid Removal Strip 3M Scar Reducing Tape Effective Scar Removal Sheets Healing for C-Section Keloid Acne    	Features:    	1. Advanced Scar Treatments: Utilizing silicone gel technology, these silicone scar sheets provide a protective barrier that locks in moisture, creating an optimal healing environment. They promote skin metabolism, helping to reduce and smooth both new and old scars effectively. 2. Enhanced Skin Protection: Our keloid removal strips form a tight seal with the skin, maintaining a moisture barrier that improves healing and reduces scar formation. They are particularly effective in preventing post-surgical scar proliferation and softening existing scars, making the skin smoother. 3. Comfort and Convenience: These scar reducing tapes offer invisible repair and round-the-clock protection. Suitable for all skin types, they reduce redness and discomfort, providing a comfortable and seamless healing experience without causing irritation. 4. Customizable and Easy to Use: Featuring a shallow pre-cut design, our scar removal sheets can be easily cut to any size and shape needed. They can also be torn by hand into 5x4cm squares (60 pieces) for convenient application, ensuring a  fit for various scar types. 5. Versatile Application: Ideal for a wide range of scars including burns, surgical scars, acne marks, and more, these scar tapes are  for anyone seeking effective scar treatments. They cater to diverse needs, from post-surgical care to everyday scar management.    Specification: Origin: Mainland China Material: Silicone Size: 3000.00x40.00x1.00mm/118.11x1.57x0.04inch Total Length: 3m Function: Repair Cellulite, Growth Lines, Smooth Skin, Repair Scars Shelf Life: 4 Years   	Note: Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you! Please allow 1-2cm measuring deviation due to manual measurement.