Aquacel AG+ Extra 10x10 cm (10)
Aquacel AG+ Extra dressing 10x10 cm combines reinforced Hydrofiber technology with antimicrobial ionic silver. When in contact with exudate, it forms a protective gel that traps bacteria and eliminates pathogenic microorganisms. Designed for acute wounds and difficult healing, this silver hydrofiber dressing promotes an optimal healing environment. Box of 10 units.
| Brand: Convatec |
Référence |
413567 |
Associated categories: Aquacel AG+ Extra 10x10 cm (10)
Characteristics:
- Antimicrobial Hydrofiber dressing with ionic silver
- Enhanced Hydrofiber technology for optimal exudate absorption
- Integrated ionic silver eliminating pathogenic micro-organisms
- Formation of cohesive gel on contact with exudate
- Protective gel trapping bacteria and wound debris
- Maintenance of a moist environment favourable to healing
- Reduction of wound infection risk
- Suitable for acute and chronic wounds with difficult healing
- Dimensions: 10 x 10 cm
- Packaging: box of 10 dressings
- Brand: ConvaTec
Often bought together
"An essential ally for managing complex exuding wounds, with an antimicrobial action that really makes a difference."
Frequently asked questions
How does ionic silver work in the Aquacel AG+ Extra dressing?
Ionic silver is released on contact with wound exudate. It works by destroying pathogenic micro-organisms present in the wound bed, thus helping to reduce bacterial load and infection risk.
How often should the Aquacel AG+ Extra dressing be changed?
Change frequency depends on the wound's exudation level. Generally, the dressing can remain in place for up to 7 days depending on wound condition and healthcare professional recommendations. It should be changed when saturated or according to the established care protocol.
For which types of wounds is the Aquacel AG+ Extra dressing recommended?
This dressing is particularly indicated for acute and chronic wounds presenting an infectious risk or difficult healing. It is suitable for moderately to heavily exuding wounds requiring antimicrobial action.