A soft conformable dressing that is effective against gram negative bacteria, gram positive bacteria and yeast. It contains the antimicrobial substance polyhexanide. The perforated wound contact layers contain a gentle silicone adhesive that provides secure, non-irritating adhesion and supports non-traumatic removal during dressing changes.
Moderately to heavily exuding acute or chronic wounds that are infected or at risk of infection, including surgical wounds, leg ulcers, diabetic foor ulcers, pressure ulcers
Sterile antimicrobial wound dressings consisting of a hydrophilic polyurethane foam, which is designed to absorb exudate. The foam contains the antimicrobial substance PHMB, which kills and inhibits the growth of bacteria.
A sterile dressing containing the antimicrobial substance polyhexamethylene biguanide (Polyhexanide, polyhexanide), which kills bacteria and inhibits its growth. Polyhexanide released in the presence of wound exudate is an effective antimicrobial agent against a broad spectrum of microorganisms. Manages wound exudate and microbial contamination, reducing wound pain during healing. The perforated wound contact layer contains a gentle silicone adhesive that provides secure, non-irritating adhesion and supports non-traumatic removal during dressing changes. The low-friction, waterproof polyurethane film provides a bacterial barrier to the wound.
Pre-cut antimicrobial dressings for IV/drain exit sites, impregnated with broad-spectrum antimicrobial (Polyhexanide)
Double-sided, highly absorbent, non-adherent, semi-occlusive, polyurethane foam impregnated with broad-spectrum antimicrobial (polyhexanide, 0.5%). Antimicrobial barrier is effective for up to 7 days.
Absorbent, adhesive, polyurethane foam dressing impregnated with broad-spectrum antimicrobial (polyhexanide, 0.5%). Antimicrobial barrier is effective for up to 7 days.
Soft, sterile and hypoallergenic antimicrobial foam dressing containing PHMB bacteria-killing polymer, with an open-cell surface that absorbs exudate and vertical wicking to move fluid into the dense core.