Mepilex Transfer Soft Silicone Exudate Transfer Dressing, 6" x 8" (15 x 20 cm)

Mepilex Transfer Soft Silicone Exudate Transfer Dressing, 6" x 8" (15 x 20 cm)Mepilex Transfer by Mlnlycke is a soft, silicone wound contact layer designed to transfer exudate away from the wound while maintaining a moist healing environment. Featuring Safetac soft silicone technology, it gently adheres to surrounding skin without sticking to the wound bed, minimizing pain and trauma during dressing changes. Its flexible, low profile design allows it to contour easily to difficult to dress areas and can be used under

Mepilex® Transfer by Mölnlycke is a soft, silicone wound contact layer designed to transfer exudate away from the wound while maintaining a moist healing environment. Featuring Safetac® soft silicone technology, it gently adheres to surrounding skin without sticking to the wound bed, minimizing pain and trauma during dressing changes. Its flexible, low-profile design allows it to contour easily to difficult-to-dress areas and can be used under compression or secondary absorbent dressings.

• Safetac® soft silicone technology: Minimizes pain and tissue damage during dressing changes while sealing the wound margins to reduce leakage.
• Exudate transfer layer: Efficiently moves fluid to a secondary absorbent dressing to maintain optimal moisture balance.
• Thin, flexible, and conformable: Adapts to body contours, making it ideal for use on large, irregular, or fragile wounds.
• Versatile use: Suitable under compression therapy or as a protective layer for fragile skin.
• Reduces risk of maceration: Keeps periwound skin dry by directing excess exudate away from the wound bed.
• Comfortable wear time: Promotes extended use while maintaining wound protection and comfort.
• Sterile and single-use: Individually packaged for clinical efficiency and infection prevention.

Recommended for use on exuding wounds such as pressure ulcers, leg ulcers, diabetic foot ulcers, and donor sites. Always follow manufacturer guidelines and clinical protocols for optimal application and performance.