ConvaTec Aquacel Non-Adhesive Gelling Foam Dressing
ConvaTec Aquacel Non-Adhesive Gelling Foam Dressing
Our Price: $81.97
/
Description
ConvaTec Aquacel Non-Adhesive Gelling Foam Dressing
ConvaTec Aquacel Non-Adhesive Gelling Foam Dressing offers comfort and simplicity, plus the healing benefits of an Aquacel interface.It has a soft absorbent foam pad which enhances patient comfort and absorbs excess fluid. Auqacel interface gels on contact with wound exudate to maintain a moist environment and locks in wound exudate, including harmful components.Why choose Aquacel Non-Adhesive Foam Dressing?
- A waterproof top layer that permits evaporation of excess moisture while protecting against viral/bacterial penetration, allowing the patient to shower and bathe
- A soft, absorbent foam pad to enhance patient comfort and absorb excess fluid
- A Hydrofiber layer with ionic silver that gels on contact with wound fluid and helps provide an optimal environment for wound healing
- A gentle silicone adhesive that provides secure, skin-friendly adhesion, easy removal and demonstrated low potential for dermal irritation or allergic contact sensitization
- ConvaTec Aquacel Non-Adhesive Gelling Foam Dressing helps reduce pain during dressing changes
- Water proof or bacteria barrier provides evaporation of excess moisture, barrier against viral or bacterial penetration and allows patient to shower and bathe
- Vertical wicking prevents lateral spread of fluid, reducing risk of maceration
- Micro-contours to the wound bed, minimizing dead space where bacteria can grow
- Upon removal, Aquacel foam dressing resulted in low cellular adhesion in both wet and dry environments
- Demonstrated low potential for dermal irritation or allergic contact sensitization
- It is designed to help reduce the risk of skin breakdown by absorbing exudate and protecting the wound and surrounding skin from contact with clothing or bed linen
- It is designed to protect against skin breakdown caused by friction or moisture
- Aquacel Dressing provides a controlled Moisture Vapour Transmission Rate which may help to reduce Trans Epidermal Water Loss (TEWL)
Technical Specs
Specifications

