Image for illustrative purposes only
Adapt Thin 2" Flat Rings for Flextend Protective Field 2.30mm Thick | HO-7815
Adapt® Barrier Rings — Flat, Flextend, Slim, 2in (48mm)
The Hollister Adapt® barrier rings, manufacturer reference 7815, are alcohol-free, moldable rings formulated with Flextend technology, applied behind the skin barrier flange or directly onto the peristomal skin. They measure 2in (48mm) in outer diameter with a slim 2.3mm thickness.
Key Features
- Flextend formula, alcohol-free, slim (2.3mm thickness)
- Outer diameter: 2in (48mm)
- Moldable protective sealant, applied behind the flange or directly onto the skin
- Provides optimal leakage control
- Helps fill cavities and irregularities in the peristomal skin
- Can be used to build a slight manual convexity
- Latex-free (natural rubber latex)
- Box of 10
Technical Specifications
| Manufacturer | Hollister |
| Brand | Adapt® |
| Manufacturer reference | 7815 |
| Stomo Médical SKU | HO-7815 |
| Type | Flat, moldable barrier ring |
| Formula | Flextend, alcohol-free |
| Outer diameter | 2in (48mm) |
| Thickness | 2.3mm (slim) |
| Latex | Latex-free (natural rubber) |
| Quantity | Box of 10 |
Indications for Use
These Adapt® barrier rings are applied behind the skin barrier flange or directly onto the peristomal skin, to fill cavities, skin irregularities, or folds, and improve the seal of the system. Their moldable formula can also be used to build a slight manual convexity when needed. Being alcohol-free, they are suitable for sensitive or irritated skin.
Frequently Asked Questions
Where should this ring be applied?
It can be placed behind the skin barrier flange before application, or directly onto the peristomal skin.
Does this ring contain alcohol?
No, the Adapt® formula used here is alcohol-free, making it suitable for sensitive or irritated skin.
What's the difference between this format and a standard ring?
This Flextend format is slim (2.3mm) compared to a standard ring, making it more discreet while retaining its ability to fill cavities and build slight convexity.