Smith & Nephew Conformant 2 Non-Adherent Wound Contact Layer (5955412)

Conformant 2 Non-Adherent Wound Contact Layer (5955412)

Conformant 2 non-adherent wound contact layer is a sterile wound contact sheet that helps create a non-adherent interface between the wound and a secondary dressing. It fits wound care settings where buyers need a transparent, air permeable contact layer for dressing workflows. This sheet measures 4 x 12 inch.

Good Fit For

• Wound dressing protocols that use a secondary dressing
• Facilities purchasing sterile wound contact layers
• Care settings that prefer a transparent contact sheet

Key Features

• Non-adherent wound contact layer helps separate the wound from the secondary dressing
• Sterile format supports wound care applications where sterility is required
• Transparent sheet can help with visual placement during dressing changes
• Air permeable construction supports use as a wound contact interface
• 4 x 12 inch size offers a longer sheet format for dressing coverage needs

Applications and Usage

• Creating a non-adherent interface between a wound and a secondary dressing
• Using a sterile contact layer as part of wound dressing changes
• Selecting a 4 x 12 inch wound contact sheet for longer coverage areas

Packaging and Handling

• Packaging: EA.
• Size: 4 x 12 inch.
• Sterility: Sterile.
• This product is a wound contact layer and is intended for use with a secondary dressing.
• Buyers should confirm that the 4 x 12 inch sheet size fits the intended dressing area and workflow.

FAQ

• Is this a primary wound dressing or a contact layer used with another dressing? This product is a non-adherent wound contact layer that acts as an interface between the wound and a secondary dressing.
• Is the wound contact layer sterile? Yes. Conformant 2 wound contact layer is sterile.
• What size is this sheet? This wound contact layer measures 4 x 12 inch.
• Is the sheet transparent? Yes. The wound contact layer is transparent.
• Does this contact layer allow air flow? Yes. Conformant 2 is described as air permeable.

From Smith & Nephew.