Speak with an expert in 60 seconds - no wait!
Call us free at 1800-607-1314EXU-DRY Male Super Absorbent Dressing Slit Disc
Smith & NephewSpeak with an expert in 60 seconds - no wait!
Call us free at 1800-607-1314EXU-DRY Male Super Absorbent Dressing Slit Disc
Smith & Nephew$0.00
Color | White |
Manufacturer | Smith & Nephew |
Material | Polyethylene / Rayon / Cellulose |
Packaging | 30/Case |
Size dimensions | 15 X 18 Inch |
Sterility | Sterile |
Part number | SN-5999003S |
Shape | Rectangle |
EXU-DRY Male Super Absorbent Dressing Slit Disc
Features
· Exu-Dry is a one-piece wound dressing made up of multiple layers
· Outer Layer - High density polyethylene, Inner Layers - Highly absorbent rayon/cellulose blend, Anti Shear Layer - High density polyethylene, Wound Contact Layer - High density polyethylene
· Non-adherent to the wound, EXU-DRY is more comfortable for patients during and between dressing changes
· EXU DRY's anti-shear Layer helps reduce shearing thus may help protect fragile granulation tissue
· Highly absorbent, EXU DRY helps reduce the risk of maceration and irritation to the wound and surrounding tissue
· EXU DRY wicks away drainage from the wound into the entire dressing, reducing the frequency of dressing changes
· Because EXU DRY is permeable and non-occlusive, it can be used as a wet or dry dressing on clean or contaminated wounds
· Compatible with most topical agents, liquids and creams
· Medium absorbency
Indications
EXU-DRY Dressings are indicated for exudate absorption and the management of partial- to full-thickness wounds including ulcers (venous, arterial, diabetic, pressure), donor sites, surgical incisions, surgical excisions and burns (first and second degree).
Description
EXU-DRY dressings are designed to minimize adherence and provide more comfort during and between dressing changes. The multi-layer, sealed construction results in a one piece, highly absorbent, anti-shear dressing that eliminates frayed edges, loose threads and linting. Non-occlusive, soft and pliable, EXU-DRY will not disturb new granulation tissue.