CE Marked & Available in FDA territories
Overview
Moisture Wicking Fabric with Tri-Go™ is a soft, conformable, antimicrobial fabric designed to help manage the conditions associated with intertrigo.
Available in selected territories, reach out to our team to find out more.
Reduces moisture
Captures and transports moisture away from the skin
Reduces bacteria
Polyester acts as a lubrication aid for skin-on-skin friction
Reduces odour
Device reduces colonisation of bacteria and yeasts within the fabric
Moisture Wicking Fabric
Moisture Wicking Fabric with Tri-Go™ is a stretch polyester fibre impregnated with antimicrobial metallic silver and is a non-sterile skin protectant. The device fabric is designed to provide moisture transportation to keep skin dry, while the antimicrobial silver within the fabric reduces odour.
Key Features and Benefits
Fabric is a skin protectant
Polyester acts as a lubrication aid for skin-on-skin friction
Device provides moisture transportation
Enables the skin to be kept dry by creating a pathway to remove sweat from the body
Antimicrobial silver within the dressing prevents odour
Enables the reduction and colonisation of bacteria and yeast such as Staphiococus Aureus, Staphiococus Epidermidis, Pseudo Aeruginosa and Candida Albicans1
Can remain in situ for up to 5 days
The dressing also conforms to anatomical contours and can be cut to size depending on patient requirements
Device can be made available without prescription
Indications For Use
Moisture Wicking Fabric with Silver (Ag) is indicated for use in the management of skin folds and other skin-on-skin contact areas.
Possible areas of use include:
- Neck
- Under breast
- Between fingers
- Abdomen
- Groin
- Axilla
- Back
- Between toes
Need more information?
Download our factsheet to learn more about Moisture Wicking Fabric with Tri-Go™.
1. IFU Claim
Infection Control
Silver Hydrogel
Silver Alginates
1. Data on File (2007) P914R. 2. Data on File (2007) P824R. 3. World Union of Wound Healing societies. [WUWHS] Position document management of biofilm. Wounds International. London. (2016).