Hollister New Image™ Soft Convex CeraPlus™ Skin Barrier 1" (25mm) – HOL 11905

The Hollister New Image™ CeraPlus™ Soft Convex Skin Barrier (11904) provides gentle support and enhanced skin protection for daily ostomy care. Infused with ceramide through Remois Technology™, it helps maintain the skin’s natural moisture barrier and reduces dryness caused by water loss. The soft convex design provides light, adaptable pressure around the stoma, helping improve the seal—especially useful for uneven skin surfaces or shallow stomas. The pre-cut 1" (25mm) opening offers fast and accurate placement, while the adhesive tape border adds security during movement. An integrated floating flange allows the pouch to be attached without pressing on the abdomen, helping reduce discomfort. Compatible with all Hollister New Image™ pouches of matching flange size. 💠 Key Features 💠 Ceramide-infused barrier supports the natural moisture barrier 💠 Soft convex design helps improve fit on uneven skin 💠 Pre-cut 1" (25mm) opening for quick application 💠 Adhesive tape border for added confidence and stability 💠 Floating flange minimizes abdominal pressure during coupling 💠 Soft, flexible materials conform comfortably to the body 💠 Works with New Image™ two-piece pouches 💠 Latex-free 💠 Specifications Manufacturer: Hollister Model Number: 11904 Brand: CeraPlus™ / New Image™ Barrier Style: Pre-Cut Opening Size: 1" (25mm) Flange Size: 1¾" (44mm) Convexity: Soft Convex Adhesive Type: Tape Border Flange Type: Floating Flange Wear Time: Extended Wear Type: 2-Piece Skin Barrier Latex-Free: Yes Quantity: Box of 5 ❓ FAQ What is soft convexity used for? It provides gentle shaping and support, helping the stoma protrude for a better seal. Is this suitable for sensitive skin? Yes — the ceramide formulation helps maintain the moisture barrier, reducing irritation risk. Which pouches fit this barrier? Any Hollister New Image™ pouch with a 1¾" (44mm) flange. Does the floating flange improve comfort? Yes — it helps attach the pouch securely without pressing into the abdomen.