Cosmopor E
Self-adhesive, island wound dressing with non-adherent absorbent pad
The professional's guide to wound product selection
The professional's guide to wound product selection
Self-adhesive, island wound dressing with non-adherent absorbent pad
A primary wound dressing made from the calcium salt of alginic acid, which is rich in mannuronic acid
A two-layer dressing comprising a non-adherent, highly absorbent polyurethane foam and a breathable polyurethane film backing. The foam core is designed to absorb and retain exudate, while the outer layer allows moisture vapour transmission away from the dressing.
A three-layer dressing comprising a highly absorbent polyurethane foam core, a breathable polyurethane film and a translucent, breathable polyurethane backing
A two-layer dressing comprising an absorbent hydrocolloid matrix laminated to a highly breathable polyurethane film backing. The hydrocolloid matrix absorbs exudate and forms a cohesive gel, while the breathable polyurethane film backing provides a high rate of moisture vapour transmission.
Comprises an absorbent hydrocolloid matrix, which has a border laminated to a highly breathable polyurethane film backing. The hydrocolloid matrix absorbs exudate and forms a cohesive gel, while the breathable polyurethane film backing provides a high rate of moisture vapour transmission.
Comprises an absorbent hydrocolloid matrix laminated to a breathable polyurethane film backing. The hydrocolloid matrix absorbs exudate and forms a cohesive gel, while the film backing provides a high rate of moisture vapour transmission.
Comprises an atraumatic, soft silicone adhesive, an absorbent polyurethane foam core and a vapour-permeable polyurethane membrane
A five-layer dressing with border comprising an atraumatic, soft silicone adhesive, an absorbent polyurethane foam core, a non-woven fabric, absorbent fibres and a vapour-permeable outer membrane
Comprises an atraumatic, soft silicone adhesive, a polyurethane foam core and a vapour-permeable polyurethane membrane that acts as a barrier to liquid and microorganisms