Medstock Non-Stick Pad is an absorptive non-woven dressing suitable for a wide variety of wound types. It is made with a heat-laminated porous film skin contact layer that prevents it from sticking to the moist wound bed.
- Absorbs up to 8 times its own weight
- Soft, conformable, and comfortable to wear
- Can be cut to the required shape and size of the wound
- Provides protection for fragile tissue with its low-adherent properties
- Suitable for wounds with nil to mild exudate
- Grazes, abrasions and superficial burns
- Surgical wounds
- Consult a medical professional promptly for all severe wounds and burns
- If reddening or sensitisation occurs, discontinue use and consult a physician
Related Products
Multipack Silicone Foam Lite Dressing with Border
Medstock Silicone Foam Lite with Border is a thin profiled, 4-layer silicone adhesive foam dressing that is gentle and conformable to fragile skin.
Read more
Amorphous Hydrogel Tube
Medstock Hydrogel is an amorphous, clear gel with excellent adhesion and absorption capabilities. It contains propylene glycol which helps attract and lock in moisture to drier wound environments whilst absorbing excessive exudates. This assists in facilitating gentle autolytic debridement of devitalised tissue which promotes early epithelialisation and reduces wound healing time.
Read more
Foam Non-Adhesive Heel Dressing
Medstock Foam Heel Non-Adhesive Dressing is a highly absorbent, polyurethane foam dressing that has been specifically designed to comfortably fit around the heel contour. It contains carboxymethyl cellulose (CMC) hydrophilic granules that promote and maintain a balanced, moist healing environment.
Read more
Silicone Foam Lite Dressing with Border
Medstock Silicone Foam Lite Dressing with Border is a thin profiled, 4-layer foam dressing that is gentle and conformable to fragile wound tissue. Its perforated silicone skin contact layer provides gentle adhesion to surrounding tissue without sticking to the wound bed. This ultimately provides protection to fragile, newly formed tissue and ensures atraumatic removal.
Read more