Coloplast 3765 Biatain Alginate Ag 6

Coloplast 3765 Biatain Alginate Ag 6" x 6" (15 x 15 cm) Box/10 (Formerly SeaSorb Ag Calcium Alginate)

Coloplast 4612 Biatain Super Adhesive 5

Coloplast 4612 Biatain Super Adhesive 5" x 5" (12.5 x 12.5cm) Box/10

Coloplast 4610 Biatain Super Adhesive 4" x 4" (10 x 10cm) Box/10

$117.00
SKU
COL4610
Biatain Super, Adhesive – superior absorption for highly exuding wounds Biatain Super is a highly absorbent hydrocapillary dressing. Also available in a non-adhesive version. Usage Biatain Super, Adhesive can be used for the treatment of a wide range of exuding wounds, including leg ulcers, pressure ulcers, diabetic foot ulcers, second-degree burns, surgical wounds and skin abrasions. Biatain Super, Adhesive is suitable for use under compression therapy. Biatain Super, Adhesive is a highly absorbent hydrocapillary dressing providing an optimal, moist wound healing environment for exuding wounds. Suitable for highly exuding wounds Fast absorption, distribution and retention of exudate enable full utilization of the absorption capacity with minimal risk of maceration and leakage, even for highly exuding wounds. Optimal moist wound healing environment for faster healing The hydrocapillary pad rapidly absorbs exudate vertically and distributes it horizontally. The dressings ensure an optimal moist wound healing environment for faster healing. All-in-one simple to use wound dressing Compared to other highly absorbing dressings, Biatain Super is a cost-effective solution with no need for additional wound contact layers. Mode of action The superabsorbent particles absorb and retain high amounts of exudate. Fibres distribute the exudate through the pad to maximize absorption. A high Moisture Vapour Transmission Rate contributes to the superior exudate management capabilities. Composition Biatain Super, Adhesive consists of a superabsorbent hydrocapillary pad with a semi-permeable, water and bacteria-proof top film, a hydrocolloid component for the adhesion and a non-adhesive wound contact layer.