INADINE PVP-I Non-adherent Dressing
Antibacterial dressing proven to kill MRSA.
INADINE™ Dressing is a reliable, efficient and non-adherent dressing designed to manage bacterial contamination and prevent infection in both chronic and acute wounds.
The low adherent knitted viscose fabric is impregnated with a polyethylene glycol (PEG) base containing 10% Povidone Iodine; equivalent to 1.0% available iodine.
The Povidone Iodine molecule has a broad spectrum antimicrobial action and has been proven to be effective against MRSA.
As PVP–I is released the INADINE™ Dressing the dressing will change colour from orange to white. The colour change provides an indicator of how frequently dressings should be changed preventing unnecessary dressing changes, when compared to other dressings. This could improve cost effectiveness in treatment.
INADINE™ Dressing is indicated to manage ulcerative wounds and may also be used for the prevention of infection in:
- Minor burns
- Minor traumatic skin loss injuries
Clinical studies suggest that INADINE™ Dressing may also be an appropriate dressing choice in the management of chronic wounds, including:
- Ulcers deriving from different aetiologies
- Diabetic foot ulcers
- Pressure ulcers
Size | |
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Size |
Absorbency | |
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Accuracy | |
Application | |
Arch | |
Automation | |
Battery Life | |
Bristles | |
Capacity | |
Cleaner Type | |
Closure Type | |
Colour | |
Colour Temperature | |
Configuration | |
Container | |
Cuff | |
Density | |
Depth | |
Display | |
Doors | |
Door Type | |
Speed | |
Filter Level | |
Fitment | |
Fold | |
Fragrance | |
Further Information | |
Gauge | |
Gender | |
Grade | |
Grit | |
gsm | |
Height | |
Housing Construction | |
Illumination | |
Impervious | |
Instrument Size | |
Insufflation Bulb | |
Interface | |
Length | |
Light Intensity | |
Magnification | |
Magnification/Working Distance | |
Material | |
Maximum Temperature | |
Max Height | |
Mhz | |
Minimum Height | |
Minimum Temperature | |
Needle Diameter | |
Needle Length | |
Oxygen Percent | |
Pack Size | |
Panels | |
Ply | |
Polorisation | |
Powder | |
Power Source | |
Precision | |
Prefilled | |
Reinforced | |
Resistance | |
Ruler | |
Shape | |
Shelves | |
Side | |
Size | |
Size | |
Softness | |
Spot Size | |
Sterility | Sterile |
Strength | |
Thickness | |
Tip | |
Trays | |
Tube Length | |
Tube Type | |
Type | Non-Adherent Dressings |
Type of Light | |
Usage | |
Viewing window | |
Volume | |
Waste Type | |
Width | |
Working Distance |
GTIN | |
---|---|
Manufacturer | Systagenix |
MPN | |
Warranty |
Delivery Time |
---|
INADINE™ Dressing is a reliable, efficient and non-adherent dressing designed to manage bacterial contamination and prevent infection in both chronic and acute wounds.
The low adherent knitted viscose fabric is impregnated with a polyethylene glycol (PEG) base containing 10% Povidone Iodine; equivalent to 1.0% available iodine.
The Povidone Iodine molecule has a broad spectrum antimicrobial action and has been proven to be effective against MRSA.
As PVP–I is released the INADINE™ Dressing the dressing will change colour from orange to white. The colour change provides an indicator of how frequently dressings should be changed preventing unnecessary dressing changes, when compared to other dressings. This could improve cost effectiveness in treatment.
INADINE™ Dressing is indicated to manage ulcerative wounds and may also be used for the prevention of infection in:
- Minor burns
- Minor traumatic skin loss injuries
Clinical studies suggest that INADINE™ Dressing may also be an appropriate dressing choice in the management of chronic wounds, including:
- Ulcers deriving from different aetiologies
- Diabetic foot ulcers
- Pressure ulcers
Size | |
---|---|
Size |
Absorbency | |
---|---|
Accuracy | |
Application | |
Arch | |
Automation | |
Battery Life | |
Bristles | |
Capacity | |
Cleaner Type | |
Closure Type | |
Colour | |
Colour Temperature | |
Configuration | |
Container | |
Cuff | |
Density | |
Depth | |
Display | |
Doors | |
Door Type | |
Speed | |
Filter Level | |
Fitment | |
Fold | |
Fragrance | |
Further Information | |
Gauge | |
Gender | |
Grade | |
Grit | |
gsm | |
Height | |
Housing Construction | |
Illumination | |
Impervious | |
Instrument Size | |
Insufflation Bulb | |
Interface | |
Length | |
Light Intensity | |
Magnification | |
Magnification/Working Distance | |
Material | |
Maximum Temperature | |
Max Height | |
Mhz | |
Minimum Height | |
Minimum Temperature | |
Needle Diameter | |
Needle Length | |
Oxygen Percent | |
Pack Size | |
Panels | |
Ply | |
Polorisation | |
Powder | |
Power Source | |
Precision | |
Prefilled | |
Reinforced | |
Resistance | |
Ruler | |
Shape | |
Shelves | |
Side | |
Size | |
Size | |
Softness | |
Spot Size | |
Sterility | Sterile |
Strength | |
Thickness | |
Tip | |
Trays | |
Tube Length | |
Tube Type | |
Type | Non-Adherent Dressings |
Type of Light | |
Usage | |
Viewing window | |
Volume | |
Waste Type | |
Width | |
Working Distance |
GTIN | |
---|---|
Manufacturer | Systagenix |
MPN | |
Warranty |
Delivery Time |
---|
INADINE™ Dressing is a reliable, efficient and non-adherent dressing designed to manage bacterial contamination and prevent infection in both chronic and acute wounds.
The low adherent knitted viscose fabric is impregnated with a polyethylene glycol (PEG) base containing 10% Povidone Iodine; equivalent to 1.0% available iodine.
The Povidone Iodine molecule has a broad spectrum antimicrobial action and has been proven to be effective against MRSA.
As PVP–I is released the INADINE™ Dressing the dressing will change colour from orange to white. The colour change provides an indicator of how frequently dressings should be changed preventing unnecessary dressing changes, when compared to other dressings. This could improve cost effectiveness in treatment.
INADINE™ Dressing is indicated to manage ulcerative wounds and may also be used for the prevention of infection in:
- Minor burns
- Minor traumatic skin loss injuries
Clinical studies suggest that INADINE™ Dressing may also be an appropriate dressing choice in the management of chronic wounds, including:
- Ulcers deriving from different aetiologies
- Diabetic foot ulcers
- Pressure ulcers