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MEPILEX TRANSFER 10X12CM DRESSING (5)

  1. All Categories
  2. WOUND CARE DRESSINGS & BANDAGES
  3. FOAM DRESSINGS
MEPILEX TRANSFER 10X12CM DRESSING (5) - click image to enlarge Surgical House 1 - click image to enlarge Surgical House 2 - click image to enlarge
including GST
$87.34
Displayed Prices are for Online Orders Only. Phone or in shop orders may incur 7.5% surcharge.

Stock Type

NON-STOCK - Specially Ordered item. It must be purchased before we order the item from our supplier. CAN NOT BE RETURNED UNLESS FAULTY OR DAMAGED IN TRANSPORT!

Stock Availibility

OUT OF STOCK. ETA: 6 Days

Additional Documentation

  1. Molnlycke Wound Care Range Brochure

MEPILEX TRANSFER 10X12CM DRESSING (5)

Mepilex Transfer is a thin and highly conformable foam dressing that absorbs exudate and maintains a moist wound environment.

The Safetac layer seals around the wound edges, preventing the exudate from leaking onto the surrounding skin, thus minimising the risk for maceration.

As the Safetac layer seals around the wound, the foam structure of Mepilex Transfer allows the exudate to move vertically into a secondary absorbent pad, maintaining a moist wound environment. The Safetac layer ensures atraumatic dressing changes.

  • Can be cut to suit various wound shapes and locations.
  • Is designed for a wide range of exuding wounds such as fungating tumours, epidermolysis Bullosa (EB), donor sites, venous leg ulcers.
  • Can also be used as a protective layer on non-exuding wounds and/or large areas with fragile skin.
  • Minimises pain and trauma at dressing changes
  • Transfers exudate away from the wound
  • Stays in place making it easier to apply compression or retention bandages
  • Promotes patient comfort; thin and very comfortable to wear
  • Can be left in place during radiotherapy using commonly applied energy ranges and absorbed doses
  • Well suited to be used under compression bandages
  • Can remain in place for several days depending on the condition of the wound
  • Can be lifted and adjusted without losing its adherent properties
  • Low potential for skin irritation and allergy

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