The professional's guide to wound product selection
An ointment-like product containing refined natural resin from Norwegian spruce (Picea abies), which has been used as a traditional wound-care treatment in Finland for over 500 years. Creates a protective layer that enhances wound healing and inhibits bacteria (including MRSA) and certain fungi, helps prevent biofilm formation and promotes re-epithelialisation.
A soft, conformable, highly absorbent dressing that converts into a soft clear gel when in contact with wound exudate. Contains a reinforcing layer between two layers of absorbent fibres to improve the integrity of the dressing when it is wet, so that it can be removed intact.
Combines two wound-care technologies: carboxymethylcellulose (CMC) and alginate fibres. A soft, conformable, highly absorbent dressing that converts into a soft clear gel when in contact with wound exudate. A hidden integrity layer in the dressing aids intact removal. Can remain in situ for up to 7 days.
Absorbent, white fibrous dressing composed of Hydrofiber (sodium carboxymethylcellulose) impregnated with 1.2% ionic silver. A nylon thread is used to stitch bond the product along its length.
Adhesive and non-adhesive sterile Hydrofiber foam dressings consisting of a waterproof outer polyurethane layer and a multilayered absorbent pad. The adhesive version has a silicone adhesive border. The multilayer absorbent pad contains a layer of polyurethane foam and a non-woven layer of Hydrofiber (sodium carboxymethylcellulose) impregnated with 1.2% ionic silver.
Cover dressing comprising absorbent, white fibrous dressing pad of sodium carboxymethylcellulose, impregnated with 1.2% ionic silver. Backed by a waterproof polyurethane film, with a conformable hydrocolloid adhesive.
Soft, sterile non-woven dressing made from two layers of 1.2% ionic silver-impregnated Hydrofiber; sodium carboxymethylcellulose and enhanced with antibiofilm technology, stitched together with cellulose-strengthening fibres. Absorbs wound fluid, and disrupts and breaks down biofilm to expose and kill bacteria, while preventing biofilm re-formation. Provides nine times stronger tensile strength and 50% greater absorption than Aquacel Ag.
Soft, sterile non-woven ribbon dressing made from a layer of 1.2% ionic silver-impregnated Hydrofiber (sodium carboxymethylcellulose) and enhanced with anti-biofilm technology, stitched together with cellulose strengthening fibres. Absorbs wound fluid, disrupts and breaks down biofilm to expose and kill bacteria, while preventing biofilm reformation.
Soft, sterile, non-woven pad or ribbon dressing composed of Hydrofiber (sodium carboxymethylcellulose). Absorbs wound fluid and transforms into a soft gel. Provides nine times stronger tensile strength and greater absorption compared with Aquacel.
Adhesive and non-adhesive sterile Hydrofiber foam dressings consisting of a waterproof outer polyurethane film and a multi-layered absorbent pad. The adhesive version has a silicone adhesive border. The multilayer absorbent pad contains a layer of polyurethane foam and a non-woven layer of Hydrofiber (sodium carboxymethylcellulose).
Soft, sterile, non-woven, Hydrofiber (sodium carboxymethylcellulose) ribbon dressing with stitch-bonded fibres to increase tensile strength. Absorbs wound fluid and transforms into a soft gel.
Conformable cover dressing formed of a soft, sterile, non-woven pad of sodium carboxymethylcellulose with a waterproof polyurethane film backing and hydrocolloid adhesive.
A superabsorber dressing that manages high levels of exudate, to maintain skin integrity and support healing by absorbing exudate through the skin contact layer, into the core which contains superabsorbent polymers where it locks the exudate into a gel. This means the fluid is retained, even under compression.
Sterile, hydroactive, gel-forming, self-adhesive dressing with hypoallergenic polypropylene outer sheath and an inner core of superabsorbent polymers and cellulose.
Very high absorption capacity with Hydration Response Technology (HRT); this dressing combines a hypoallergenic polypropylene outer sheath with an inner core consisting of superabsorbent polymers and cellulose. Can be used under compression. Suitable for wounds that require a longer wear time.
Uniquely shaped Hydration Response Technology (HTR) dressing for difficult-to-dress anatomical sites. Flexible hypoallergenic primary dressing that absorbs and binds exudate.
Superabsorbent dressing with Hydration Response Technology (HRT). It has a hypoallergenic polyproplyene outer sheath and an inner core consisting of superabsorbent polymers and cellulose. Does not contain glue or adhesives. Can be used under compression.
Designed for use with catheters and drainage tubes. Highly absorbent Hydration Response Technology (HRT) dressing with a flexible hypoallergenic polypropylene outer sheath and an inner core consisting of superabsorbent polymers and cellulose. Does not contain glue or adhesives. Absorbs and binds exudate.
A specially shaped Hydration Response Technology dressing for large difficult-to-dress anatomical sites such as the lower leg, sacral region, thigh and lower part of the abdomen. Hypoallergenic primary dressing that absorbs and binds exudate. Can be used under compression.
Atraumatic, Hydration Response Technology (HRT), absorbent dressing with advanced, three-dimensional, non-adherent polyethelene wound contact layer. Hypoallergenic. Effective under compression.
A highly absorbent, non-woven, gelling fibre dressing composed of a blend of cellulose-based fibres. When the dressing fibres come into contact with exudate, they swell and form a soft cohesive gel sheet. Exudate is locked within the gel dressing structure.
A highly absorbent, non-woven, silver gelling fibre dressing composed of a blend of cellulose-based fibres. When the dressing fibres come into contact with exudate, they swell and form a soft cohesive gel sheet. Exudate is locked in the dressing structure.
Superabsorbent dressing with CrystaLock technology, non-strikethrough backing and soft silicone contact layer.
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Superabsorbent dressing with CrystaLock technology and non-strikethrough backing. Shaped to fit securely around the lower leg.
Superabsorbent dressing with CrystaLock technology, non-strikethrough backing, soft silicone contact layer and adhesive border.
Superabsorbent dressing with CrystaLock technology, non-strikethrough backing, soft silicone contact layer and adhesive border.
Superabsorbent dressing with CrystaLock technology and non-strikethrough backing. Shaped to mould to body contours.
Superabsorbent dressing with CrystaLock technology and non-strikethrough backing. Shaped to fit securely around the foot.
Enzyme Alginogel containing two antimicrobial enzymes, glucose oxidase and lactoperoxidase, which provide antimicrobial protection without damaging healthy skin cells and reduce bacteria released from a biofilm. Debrides the wound and manages moisture balance. Can be used on a wide range of wound types and at every stage of healing.
Enzyme Alginogel containing two antimicrobial enzymes, glucose oxidase and lactoperoxidase, which provide antimicrobial protection without damaging healthy skin cells and reduce bacteria released from a biofilm. Debrides the wound and manages moisture balance. Can be used on a wide range of wound types and at every stage of healing.
Comprises a soft, non-woven outer contact layers for comfort with a superabsorbent core to lock in exudate, bacteria and matrix metalloproteinases. The dressing also features a horizontal wicking layer and a heat-sealed border. Suitable for use under all forms of compression.
Comprises a soft, non-woven outer contact layer with a superabsorbent core to lock in exudate, bacteria and matrix metalloproteinases. The dressing also features a horizontal wicking layer. It is secured with an outer foam layer that is coated with an acrylic adhesive border.
A superabsorbent dressing comprising of four layers; a hydrophilic wound contact layer, an intermediate layer, a superabsorbent inner core and a fluid repellent backing layer. The superabsorbent inner core locks in exudate, bacteria and matrix metalloproteinases. Contains no glues, adhesives or latex. Effective under compression.
Superabsorbent dressing with fluid-repellent, non-woven backing, a superabsorbent core and a non-woven wound contact layer. Exudate is absorbed through the wound contact layer and retained within the core.
Sterile, freeze-dried composite of oxidised regenerated cellulose and collagen. Gels on contact with exudate. Inactivates proteases and protects growth factors. Has demonstrated haemostatic properties, and can be used under compression therapy.
Sterile, freeze-dried composite of oxidised regenerated cellulose (ORC), collagen and silver ORC (a compound of silver and ORC). Gels on contact with exudate. Inactivates proteases, protects from infection and protects growth factors. Demonstrates haemostatic properties, and can be used under compression therapy.
Collagen wound dressing that gels on contact with exudate. Supports proliferation and the migration of epidermal cells which assists wound healing.
Lipido-colloid foam dressing with soft-adherent TLC-NOSF Healing Matrix that jellifies in contact with wound exudate, reducing MMP levels and restoring balance to close wounds sooner. Also contains an absorbent polyurethane foam pad. NICE 2019 medical technology guidance (MTG42) states that evidence supports the case for adopting UrgoStart dressings to treat diabetic foot ulcers and venous leg ulcers.
Lipido-colloid foam dressing with soft-adherent TLC-NOSF Healing Matrix that jellifies in contact with wound exudate, reducing MMP levels and restoring balance to close wounds sooner. Also contains an absorbent polyurethane foam pad and a protective non-woven polyurethane backing. NICE 2019 medical technology guidance (MTG42) states that evidence supports the case for adopting UrgoStart dressings to treat diabetic foot ulcers and venous leg ulcers.
Flexible lipido-colloid non-occlusive contact layer containing TLC-NOSF Healing Matrix that jellifies in contact with wound exudate, reducing MMP levels and restoring balance to close wounds sooner.
NICE 2019 medical technology guidance (MTG42) states that evidence supports the case for adopting UrgoStart dressings to treat diabetic foot ulcers and venous leg ulcers.
Polyabsorbent fibre dressing containing soft-adherent TLC-NOSF Healing Matrix that jellifies in contact with wound exudate, reducing MMP levels and restoring balance to close wounds sooner. The polyabsorbent fibres bind, trap and retain exudate, slough and debris. Also contains a superabsorbent layer and a silicone border with showerproof backing. NICE 2019 medical technology guidance (MTG42) states that evidence supports the case for adopting UrgoStart dressings to treat diabetic foot ulcers and venous leg ulcers.
Polyabsorbent fibre pad containing soft-adherent TLC-NOSF Healing Matrix that jellifies in contact with wound exudate, reducing MMP levels and restoring balance to close wounds sooner. The polyabsorbent fibres bind, trap and retain exudate, slough and debris. NICE 2019 medical technology guidance (MTG42) states that evidence supports the case for adopting UrgoStart dressings to treat diabetic foot ulcers and venous leg ulcers.
An all-in-one superabsorbent dressing with a skin-friendly, self-adjusting adhesive membrane.
A highly adsorbent and flexible wound contact layer that provides an effective antimicrobial barrier to microbial contamination. Accelerates the wound healing process by entrapping and killing microbes on its surface, modulating proteases, and restoring the body’s natural trans-epithelial potential across the wound. Reduces odour, pain and exudate. Remains effective for 7 days.
A highly adsorbent, low-adherent, flexible, dual-sided wound contact layer that provides an effective barrier to microbial contamination. Accelerates the healing process by entrapping and killing microbes on its surface, modulating proteases and restoring the body’s natural trans-epithelial potential across the wound. Reduces odour, pain and exudate. Remains effective for 7 days.