In addition, above the foam core is a layer of super-absorbent particles which ensures reliable fluid absorption and fluid retention, even under compression
With its smart pore structure, exudate is absorbed vertically, allowing for less maceration
In addition, above the foam core is a layer of super-absorbent particles which ensures reliable fluid absorption and fluid retention, even under compression
With its smart pore structure, exudate is absorbed vertically, allowing for less maceration
The silicone wound contact layer protects surrounding skin and allows atraumatic dressing changes
In addition, above the foam core is a layer of super-absorbent particles which ensures reliable fluid absorption and fluid retention, even under compression
With its smart pore structure, exudate is absorbed vertically, allowing for less maceration
The silicone wound contact layer protects surrounding skin and allows atraumatic dressing changes
In addition, above the foam core is a layer of super-absorbent particles which ensures reliable fluid absorption and fluid retention, even under compression
With its smart pore structure, exudate is absorbed vertically, allowing for less maceration
In addition, above the foam core is a layer of super-absorbent particles which ensures reliable fluid absorption and fluid retention, even under compression
With its smart pore structure, exudate is absorbed vertically, allowing for less maceration
In addition, above the foam core is a layer of super-absorbent particles which ensures reliable fluid absorption and fluid retention, even under compression
With its smart pore structure, exudate is absorbed vertically, allowing for less maceration
The silicone wound contact layer protects surrounding skin and allows atraumatic dressing changes