The professional's guide to wound product selection
Films
365 Intravenous (IV) dressing
Transparent, semipermeable, showerproof, polyurethane film dressing coated with a hypoallergenic acrylate adhesive. Designed for use with winged and ported catheters. Has reinforced soft wing tips for greater catheter security. Supplied with two additional fixation strips. Also available as a reinforced transparent intravenous dressing for paediatrics and frame application.
AbsoPad
An absorbent, non-adherent dressing laminated on one side with a PE net to prevent wound adherence. The dressing is perforated to allow the passage of exudate from the wound into the pad.
Bioclusive Plus
A self-adhesive dressing consisting of a transparent semipermeable, polyurethane film coated with an acrylic adhesive.
Hydrofilm IV Control
A self-adhesive, vapour-permeable transparent film dressing with polyacrylate adhesive and a transparent window.
Hydrofilm Plus
Vapour-permeable adhesive film dressing (high moisture vapour transmission rate) with absorbent pad (waterproof Cosmopor E).
Mepitel Film
A gentle, sterile, transparent, breathable film dressing consisting of polyurethane film with a soft silicone wound contact layer. The film dressing is supported with a paper frame for ease of application.
Suprasorb F
Transparent film wound dressing that protects against external influences such as bacteria, while being comfortable for the patient and easy to apply.
Tegaderm Diamond
A breathable, thin film with a diamond pattern and non-latex, hypoallergenic adhesive. Secures and protects intravenous and wound sites in hot, humid conditions and on diaphoretic patients.
Tegaderm Film
Transparent vapour-permeable film dressing with ‘frame delivery’ system. Hypoallergenic. Wear time up to 7 days.
Tegaderm IV Advanced
Transparent vapour-permeable film dressing with ‘frame delivery’ system for IV use. Hypoallergenic. Wear time up to 7 days.
Vellafilm
Transparent, semipermeable, polyurethane film dressing with soft silicone adhesive. The wound site or primary dressing can be observed, minimising dressing-change frequency.