Price search results for Allevyn Heel Classic 10.5cmx13.5cm 5
Allevyn Heel Classic 10.5cmx13.5cm (5). Allevyn Heel dressing has been designed for a superior anatomical and comfortable fit to enhance...read more
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Allevyn Heel Classic 10.
5cmx13.
5cm (5).
Allevyn Heel dressing has been designed for a superior anatomical and comfortable fit to enhance management of wounds on the heel.
.
One piece shaped construction.
Non adhesive.
Unique trilaminate construction.
Non adherent wound contact layer.
Highly absorbent central hydrocellular layer.
Waterproof outer film layer.
Protective padding.
Highly absorbent.
In-vitro studies and clinical experience, both demonstrate that as healing progresses, Allevyn dressings can stay in place for up to seven days.
This capacity results from a combination of properties:.
The perforated wound contact layer allows even viscous exudate to pass into the dressing.
.
The hydrocellular core of the dressing absorbs and holds liquid in its microscopic structure.
.
The breathable outer surface of the dressing allows excess moisture to evaporate away from the dressing.
.
The result is the formation of a wound environment, which allows healing to progress without the need for frequent dressing changes.
5cmx13.
5cm (5).
Allevyn Heel dressing has been designed for a superior anatomical and comfortable fit to enhance management of wounds on the heel.
.
One piece shaped construction.
Non adhesive.
Unique trilaminate construction.
Non adherent wound contact layer.
Highly absorbent central hydrocellular layer.
Waterproof outer film layer.
Protective padding.
Highly absorbent.
In-vitro studies and clinical experience, both demonstrate that as healing progresses, Allevyn dressings can stay in place for up to seven days.
This capacity results from a combination of properties:.
The perforated wound contact layer allows even viscous exudate to pass into the dressing.
.
The hydrocellular core of the dressing absorbs and holds liquid in its microscopic structure.
.
The breathable outer surface of the dressing allows excess moisture to evaporate away from the dressing.
.
The result is the formation of a wound environment, which allows healing to progress without the need for frequent dressing changes.