Comfeel Plus Dressing

Usage

This hydrocolloid wound dressing range is designed for management of no-to-moderately exuding wounds, including leg ulcers, pressure ulcers, superficial and superficial partial-thickness burns, donor sites, postoperative wounds and skin abrasions. Depending on the specific wound characteristics, the dressing can stay in place for up to 7 days, supporting undisturbed healing and reduced dressing changes.

Available in both absorbent and ultra-thin transparent variants, these dressings offer gentle, effective sealing and healing in the final stages of wound healing and can be used as primary or secondary dressings.

Reliable and trustworthy wound care

Clinically documented for decades, this hydrocolloid technology is widely used as a standard dressing in many wound care clinics due to its efficacy, versatility and extended product range. It provides a proven solution for chronic wounds and superficial acute wounds.

Flexibility to dress any part of the body

The range includes regular shapes suitable for a variety of anatomical locations. The ultra-thin, flexible transparent option makes it especially easy to dress contoured or mobile areas of the body and supports patient comfort and mobility.

Transparency for wound inspection

The transparent variant allows inspection of the wound without lifting or changing the dressing, so the healing process can be monitored closely without disturbing the fragile new tissue.

Bacteria and waterproof top film

The semi-permeable polyurethane top film allows moisture vapor to evaporate according to the level of exudate, while helping prevent bacteria and water from entering the wound.

Mode of action & composition

On contact with wound exudate, the hydrocolloid forms a viscous gel that absorbs exudate yet does not adhere to the wound bed, supporting atraumatic removal. The dressing contains moisture-absorbing sodium carboxymethylcellulose (CMC) in a synthetic, elastic, adhesive mass; selected variants are reinforced with calcium alginate for increased absorption.