Hydroactive, low-adherent, antibacterial honey-containing dressing with an adhesive film border. This sterile, semipermeable dressing contains 30% honey, as well as an acrylic polymer gel and water, and a polyurethane film backing. The honey-hydrogel pad rehydrates dry tissue and absorbs low levels of exudate.

Hydroactive, low-adherent, honey-containing dressing. Sterile, semipermeable dressing contains 30% honey, acrylic polymer gel and water, with polyurethane film backing. Honey-hydrogel pad donates moisture to rehydrate dry tissue and absorbs low to moderate levels of exudate.

Antibacterial ointment with 48% medical-grade honey, containing medical-grade hypoallergenic lanolin (Medilan), sunflower oil, cod liver oil, Calendula officinalis, Aloe barbadensis, vitamins C and E, and zinc oxide. Single-patient multi-use.

Antibacterial gel containing 40% medical-grade honey, medical-grade hypoallergenic lanolin (Medilan), propylene glycol, PEG 4000 and vitamins C and E. Designed for patients with sensitivity to honey (has a reduced honey content). Single-patient multi-use.

Formulated to provide an effective, breathable barrier for intact skin from bodily fluids such as faeces and urine. Moisturises the skin and helps to maintain skin integrity. Will not affect the absorbency of incontinence pads or the adhesion of dressings or adhesive appliances. It is highly concentrated, and small amounts of cream will cover a large skin area.

Uses sterile healthcare grade silicones to form a fast-drying, transparent protective film. It can be applied to both intact and injured skin around peri-wound sites, forming a protective barrier against bodily fluids. Available in three different applications.

Transparent medical tape for devices or occlusive dressings on sensitive skin.

Absorbent, sterile, non-woven dressing for minor to medium-sized wounds.

Sterile; bacteria-, virus- and water-proof; transparent; and absorbent island dressing for treatment of surgical and other acute wounds.

Sterile transparent IV dressing for IV sites.