Non-adhering cellulose acetate impregnated with specially formulated petrolatum emulsion permits flow of wound exudate to the absorbent dressing. Prevents dressing adherences and helps prevent pooling of fluid.
Non-adhering cellulose acetate impregnated with specially formulated petrolatum emulsion permits flow of wound exudate to the absorbent dressing. Prevents dressing adherences and helps prevent pooling of fluid.
Non-adhering cellulose acetate impregnated with specially formulated petrolatum emulsion permits flow of wound exudate to the absorbent dressing. Prevents dressing adherences and helps prevent pooling of fluid.
Non-adhering cellulose acetate impregnated with specially formulated petrolatum emulsion permits flow of wound exudate to the absorbent dressing. Prevents dressing adherences and helps prevent pooling of fluid.
Non-adhering cellulose acetate impregnated with specially formulated petrolatum emulsion permits flow of wound exudate to the absorbent dressing. Prevents dressing adherences and helps prevent pooling of fluid.
Non-adhering cellulose acetate impregnated with specially formulated petrolatum emulsion permits flow of wound exudate to the absorbent dressing. Prevents dressing adherences and helps prevent pooling of fluid.
Non-adhering cellulose acetate impregnated with specially formulated petrolatum emulsion permits flow of wound exudate to the absorbent dressing. Prevents dressing adherences and helps prevent pooling of fluid.
Non-adhering cellulose acetate impregnated with specially formulated petrolatum emulsion permits flow of wound exudate to the absorbent dressing. Prevents dressing adherences and helps prevent pooling of fluid.
Designed to provide protection and growth by addressing the continuous changes in the wound microenvironment. The unique combination of 55% Collagen, 44% ORC and 1% silver-ORC absorbs destructive components of chronic wound fluid and creates the opti
Designed to provide protection and growth by addressing the continuous changes in the wound microenvironment. The unique combination of 55% Collagen, 44% ORC and 1% silver-ORC absorbs destructive components of chronic wound fluid and creates the opti
A primary non-adherent wound contact layer designed to protect the wound and to allow free passage of exudates in to a secondary dressing. The silicone is designed to allow the wound contact layer to gently stick to peri-wound skin unassisted to allo
A primary non-adherent wound contact layer designed to protect the wound and to allow free passage of exudates in to a secondary dressing. The silicone is designed to allow the wound contact layer to gently stick to peri-wound skin unassisted to allo
A primary non-adherent wound contact layer designed to protect the wound and to allow free passage of exudates in to a secondary dressing. The silicone is designed to allow the wound contact layer to gently stick to peri-wound skin unassisted to allo
A primary non-adherent wound contact layer designed to protect the wound and to allow free passage of exudates in to a secondary dressing. The silicone is designed to allow the wound contact layer to gently stick to peri-wound skin unassisted to allo
A primary non-adherent wound contact layer designed to protect the wound and to allow free passage of exudates in to a secondary dressing. The silicone is designed to allow the wound contact layer to gently stick to peri-wound skin unassisted to allo
A primary non-adherent wound contact layer designed to protect the wound and to allow free passage of exudates in to a secondary dressing. The silicone is designed to allow the wound contact layer to gently stick to peri-wound skin unassisted to allo
A primary non-adherent wound contact layer designed to protect the wound and to allow free passage of exudates in to a secondary dressing. The silicone is designed to allow the wound contact layer to gently stick to peri-wound skin unassisted to allo
A primary non-adherent wound contact layer designed to protect the wound and to allow free passage of exudates in to a secondary dressing. The silicone is designed to allow the wound contact layer to gently stick to peri-wound skin unassisted to allo