Product Information
- 【Bordered Adhesive Foam Dressing – 5"x5"】Our 5"x5" silicone foam dressing is designed with a soft, skin-friendly material, ideal for sensitive areas. The bordered design ensures a secure fit, offering exceptional absorbency by creating an optimal moist environment for healing. The thick foam padding provides excellent cushioning, effectively absorbing exudate and protecting the wound throughout the healing process.
- 【High Absorbency – 5-Layer Silicone Foam Dressing】This silicone foam dressing features a 5-layer construction: PU film, SAF ultra-absorbent core, non-woven layer, thick pad, and hypoallergenic silicone wound contact layer. It conforms to the wound bed, effectively absorbing and locking in exudate while maintaining a sterile, moist environment. This helps reduce the risk of skin maceration, making it an excellent alternative to traditional gauze.
- 【Easy to Use and Remove】Our 5"x5" foam dressing, made entirely of silicone with no latex, adheres gently to sensitive skin without curling. It provides a painless removal experience, minimizing irritation and preventing secondary damage. Enjoy a more comfortable and hassle-free wound dressing change with this gentle, effective solution.
- 【Breathable and Waterproof】The 5"x5" foam bandages feature a breathable design that permits the passage of oxygen and water vapor. The gentle adhesive silicone contact layer creates a highly absorbent yet breathable surface, maintaining a moist environment for optimal healing. This helps protect new epithelial cells and reduces damage during dressing changes.
- 【Superior Wound Care – 10 Count BoxOur 5"x5"】 (3"x3" wound pads) silicone foam bandages are designed to effectively manage mild to moderate exuding wounds. Ideal for conditions such as sacral ulcers, diabetic foot ulcers, pressure sores, bedsores, post-knee replacement surgery sites, venous ulcers, cuts, I-II degree burns, and postoperative open wounds. These bandages provide excellent care for various minor traumas, supporting optimal healing during wound treatment.
