Biatain Ag Non-Adhesive
Indications
For exuding wounds with delayed healing due to bacteria, or where there is a risk of infection, including:
-
Leg ulcers
-
Pressure ulcers
-
Diabetic foot ulcers
-
Second-degree burns
-
Donor sites
-
Postoperative wounds
-
Skin abrasions
-
Can be used with compression therapy
-
May be left in place for up to 7 days
Key Features
-
Unique 3D foam structure – conforms closely to the wound bed for superior absorption, even under compression
-
Designed to prevent infection – sustained silver release ensures homogenous distribution of silver ions
-
Patented silver complex – broad antibacterial profile, effective against bacteria in infected, non-healing wounds
-
Continuous antibacterial effect – silver continuously released in the presence of exudate for up to 7 days
-
Clinically proven – studies show infected wounds heal faster with Biatain® Ag than with other wound dressings, including other antibacterial options
-
Soft and flexible polyurethane foam dressing with silver complex evenly dispersed throughout the foam matrix
Indications
For exuding wounds with delayed healing due to bacteria, or where there is a risk of infection, including:
-
Leg ulcers
-
Pressure ulcers
-
Diabetic foot ulcers
-
Second-degree burns
-
Donor sites
-
Postoperative wounds
-
Skin abrasions
-
Can be used with compression therapy
-
May be left in place for up to 7 days
Key Features
-
Unique 3D foam structure – conforms closely to the wound bed for superior absorption, even under compression
-
Designed to prevent infection – sustained silver release ensures homogenous distribution of silver ions
-
Patented silver complex – broad antibacterial profile, effective against bacteria in infected, non-healing wounds
-
Continuous antibacterial effect – silver continuously released in the presence of exudate for up to 7 days
-
Clinically proven – studies show infected wounds heal faster with Biatain® Ag than with other wound dressings, including other antibacterial options
-
Soft and flexible polyurethane foam dressing with silver complex evenly dispersed throughout the foam matrix
