Inadine™ (PVP-I) Non Adherent Dressing 9.5cm x 9.5cm
Item ID: SWMP01512
Manufacturer Part #:
P01512
UNSPC CODE:
42311500
Size 9.5 x 9.5 cm, Non-adhering Dressing Type, 10% Povidone Iodine Concentration, Polyethylene glycol and purified water Contains, Inadine™ (PVP-I) Non Adherent Dressing (25 per Box)
FEATURES & BENEFITS
- Effective Against Bacteria-Iodine is a highly effective topical antimicrobial that has been used clinically in the treatment of wounds for more than 170 years
- It has a broad spectrum of antimicrobial activity with efficacy against bacteria, micro bacteria, fungi, protozoa & viruses
- No Pain at Dressing Change-In a clinical evaluation study 90% of patients reported non-adherence to the wound bed and no pain at dressing change
- Reliable and Efficient-INADINE™ Dressing is a reliable, efficient and non-adherent dressing designed to manage bacterial contamination and prevent infection in both chronic and acute wounds
- Non Adherent-INADINE™ Dressing minimizes adherence to the wound bed, therefore reducing the risk of damage to the granulation tissue at dressing removal
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- Inadine™ (PVP-I) Non Adherent Dressing
- Size: 9.5 x 9.5 cm
- Dressing Type: Non-adhering
- Povidone Iodine Concentration: 10%
- Contains: Polyethylene glycol and purified water
- Inadine Dressing is a low adherent knitted viscose fabric impregnated with a polyethylene glycol (PEG) base containing 10% povidone iodine
- equivalent to 1.0% available iodine. Inadine Dressing is designed to protect wounds even when they are infected, providing long-lasting antimicrobial effect against bacteria, myocobacteria, fungi, protozoa and viruses1, including resistant species such as MRSA.2,3. Inadine (PVP-I) Non Adherent Dressing minimizes adherence to the wound bed, therefore reducing the risk of damage to the granulation tissue at dressing removal,4 and in clinical practice has been shown to reduce pain for patients.5, 6. As PVP–I is depleted, the dressing will change colour from orange to white.. This evolution in colour provides an indication on how frequently dressings should be changed, avoiding unnecessary dressing replacement, when compared to other dressings.1. This could help improve cost effectiveness in treatment.5
