The professional's guide to wound product selection
Adhesive sterile Hydrofiber foam wound dressing, consisting of a showerproof, breathable outer polyurethane film, a multi-layered absorbent central pad and a perforated silicone adhesive wound/skin contact layer. The multi-layer absorbent pad contains polyurethane foam, superabsorbent fibres and Hydrofiber (sodium carboxymethylcellulose).
A superabsorber dressing that manages high levels of exudate, to maintain skin integrity and support healing by absorbing exudate through the skin contact layer, into the core which contains superabsorbent polymers where it locks the exudate into a gel. This means the fluid is retained, even under compression.
Inelastic wrap that provides 20–650mmHg of graduated compression. Available in below-knee. It has EZ-Close Pressure System that is easily adjustable throughout the day provides a visual indicator for the pressure required, as well as durable metal clasps that hook into the material.
Water-repellent, self-adhesive island wound dressing with polyacrylate adhesive and non-adherent absorbent pad.
Self-adhesive, island wound dressing with non-adherent absorbent pad.
Self-adhesive transparent wound dressing, suitable for post-operative care of slightly exuding wounds. For protection against bacterial penetration and for use as a sterile dressing for minor injuries.
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.