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Wound Care Dressings & Wound Dressings

Wound Care Dressings

Wound dressings cover and protect injured skin while promoting appropriate healing conditions. Dressings range from traditional (gauze, bandages, cotton) to modern/advanced types (films, foams, hydrogels, hydrocolloids, alginates, etc.). The key aims are to keep a sterile, moist wound environment, allow gas exchange, control drainage, protect against infection, and permit easy inspection and painless changes. Choice of dressing depends on wound type, depth, exudate level, and healing stage.

  • Traditional dressings: Examples include gauze pads or rolls (woven or non-woven cotton or rayon) and tulle/impregnated gauze (e.g. petrolatum-impregnated Xeroform or paraffin-based Jelonet). These are generally dry coverings that absorb exudate and protect from contamination. Gauze must be changed frequently – if it becomes wet it can macerate surrounding skin and adhere to the wound, making removal painful. Bandages and compression wraps (cotton or elastic) secure dressings in place and provide pressure (useful for venous ulcers). Overall, traditional gauze/tape dressings are mainly used for clean, low-exudate wounds or as a secondary backing wrap. They do not maintain a moist environment, so chronic or deep wounds heal more slowly under gauze.

  • Modern (interactive) dressings: These advanced products are designed to facilitate healing by keeping the wound moist, aiding debridement, and controlling bacteria. Major categories include:

    • Transparent films: Thin polyurethane films (like Tegaderm™) that stick to intact skin, are waterproof and impermeable to bacteria yet transmit water vapor and oxygen. They allow continuous wound observation without removal and provide autolytic debridement of dead skin. Films are highly elastic and conformable. They are best for superficial, low-exudate wounds (e.g. epidermal abrasions, donor sites) because they have little absorptive capacity.
    • Foam dressings: Soft polyurethane foams (with or without adhesive borders) that absorb moderate to heavy exudate. Foams “contour to wound shape” and trap fluid in their hydrophilic core while allowing vapor to escape. They cushion and insulate, making them good for pressure ulcers, leg ulcers or large healing wounds. Foam dressings handle moderate-to-high drainage and can be used on granulating wounds or as a secondary layer. (They should not be used on dry wounds, as they need some moisture to work.)
    • Hydrocolloids: Adhesive gel-forming films or wafers (e.g. Duoderm™, Comfeel™, Tegasorb™). They contain carboxymethylcellulose or gelatin that absorbs fluid and swells into a moist gel over the wound. Hydrocolloids are waterproof and only semi-permeable to vapor; they remain in place for days. They provide “moist environment” dressings ideal for light-to-moderate exudate wounds (e.g. pressure ulcers, burns, traumatic wounds). On contact with exudate they protect granulation tissue and debride slough autolytically. (They are typically avoided on very wet or infected wounds, and because they gel they can sometimes have a distinctive odor or be mistaken for pus.)
    • Hydrogels: Water-rich gel sheets or amorphous gels that donate moisture. Made of >70% water or glycerin, they soothe and cool burn or ulcer wounds, help liquefy necrotic tissue, and hydrate dry scabs. Hydrogels are non-adhesive and easily removable, making them good for dry or necrotic wounds, pressure sores and shallow burns. They promote a moist, cooling environment and enable autolytic debridement. Drawbacks: on highly exuding wounds they can accumulate fluid and risk maceration if not changed frequently.
    • Alginate dressings: Made from seaweed-derived calcium/sodium alginate fibers. When applied to a wound, they form a gel by exchanging ions with wound fluid. These are highly absorbent dressings (much more than gauze) and are used on moderately to heavily draining wounds. They also have mild hemostatic properties (calcium alginate can promote clotting). Because they dehydrate the wound bed, alginates should always be covered by a secondary dressing (like gauze or film) to keep the wound moist. Alginate sheets (e.g. Kaltostat™, Sorbsan™) are unsuitable for dry wounds or wounds over bone.
    • Hydrofibers and Collagens: (e.g. synthetic carboxymethylcellulose fibers like AQUACEL™, or collagen/collagen-containing gels). These behave similarly to alginates/hydrogels by gelling on contact with fluid, providing high absorption or structural support. They maintain moisture and promote granulation (collagen dressings supply matrix for tissue regrowth). These advanced fibers often have silver or honey additives for infection control.
    • Medicated dressings: Many dressings now contain antimicrobials. For example, silver-impregnated films/foams (e.g. silver sulfadiazine, Silverlon®) or iodine-impregnated substrates release antiseptics to reduce bacterial load. Honey-impregnated dressings (Manuka honey) also promote healing and inhibit microbes. (These specialized dressings are used when infection is a concern.)
    • Composite and Free-form: Some products combine layers (e.g. non-adherent contact layer + absorbent pad + adhesive border) for use on irregular or highly exuding wounds. Newer concepts include bioengineered skin substitutes (cultured epithelial sheets) – but those are beyond basic care.

  • Choosing a dressing: Selection is based on wound exudate, depth, and location. In general, moist (wet) wounds need absorbent dressings, and dry wounds need moisture-donating dressings. For example, heavy exudate wounds call for foams or alginates, whereas dry wounds may benefit from hydrogels or hydrocolloids to provide moisture. Shallow epidermal abrasions can often be managed with transparent films alone while deeper or necrotic wounds might need gels and frequent changes. Dressings should be chosen to create a moist healing environment without pooling fluid, and to allow oxygen exchange. The “ideal dressing” is sterile, moist but not soggy, non-adherent, protective and comfortable. Clinicians typically assess the wound (amount of drainage, infection status, pain, location) and patient factors (age, mobility, allergies) to pick or combine appropriate dressings.

  • Precautions and side effects: While dressings themselves are not drugs, they can have adverse effects. Wet maceration: Occlusive dressings (films, hydrocolloids) can overhydrate skin if left too long, leading to white, softened tissue around the wound. Adherence: Dry gauze or fibrous dressings can stick to a wound, tearing healing tissue and causing pain on removal. Allergic contact: Some patients react to adhesives, antiseptic agents, or materials (latex, adhesives, propylene glycol in gels) with contact dermatitis. Infection: Improperly changed or non-sterile dressings can introduce bacteria. Occlusive dressings should not be used if an infection is untreated, as they could trap bacteria. Chemical effects: Dressings with iodine or silver rarely can cause systemic effects (thyroid dysfunction with iodine, argyria with silver) if used extensively, especially on large burns.

In summary, wound care dressings span a spectrum from simple gauze to high-tech polymers. Modern dressings (films, foams, hydrogels, hydrocolloids, alginates, etc.) are designed to maintain optimal moisture and protect the wound while allowing gas exchange and debridement. Proper selection and technique are critical: the wrong dressing can impede healing (e.g. dry a wound out or over-saturate it). By contrast, well-chosen dressings can significantly accelerate healing by providing a stable, moist environment for tissue repair. All dressing changes and selections should follow clinical guidelines and the supervising healthcare provider’s instructions.

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Wound Care Dressings

Wound dressings cover and protect injured skin while promoting appropriate healing conditions. Dressings range from traditional (gauze, bandages, cotton) to modern/advanced types (films, foams, hydrogels, hydrocolloids, alginates, etc.). The key aims are to keep a sterile, moist wound environment, allow gas exchange, control drainage, protect against infection, and permit easy inspection and painless changes. Choice of dressing depends on wound type, depth, exudate level, and healing stage.

  • Traditional dressings: Examples include gauze pads or rolls (woven or non-woven cotton or rayon) and tulle/impregnated gauze (e.g. petrolatum-impregnated Xeroform or paraffin-based Jelonet). These are generally dry coverings that absorb exudate and protect from contamination. Gauze must be changed frequently – if it becomes wet it can macerate surrounding skin and adhere to the wound, making removal painful. Bandages and compression wraps (cotton or elastic) secure dressings in place and provide pressure (useful for venous ulcers). Overall, traditional gauze/tape dressings are mainly used for clean, low-exudate wounds or as a secondary backing wrap. They do not maintain a moist environment, so chronic or deep wounds heal more slowly under gauze.

  • Modern (interactive) dressings: These advanced products are designed to facilitate healing by keeping the wound moist, aiding debridement, and controlling bacteria. Major categories include:

    • Transparent films: Thin polyurethane films (like Tegaderm™) that stick to intact skin, are waterproof and impermeable to bacteria yet transmit water vapor and oxygen. They allow continuous wound observation without removal and provide autolytic debridement of dead skin. Films are highly elastic and conformable. They are best for superficial, low-exudate wounds (e.g. epidermal abrasions, donor sites) because they have little absorptive capacity.
    • Foam dressings: Soft polyurethane foams (with or without adhesive borders) that absorb moderate to heavy exudate. Foams “contour to wound shape” and trap fluid in their hydrophilic core while allowing vapor to escape. They cushion and insulate, making them good for pressure ulcers, leg ulcers or large healing wounds. Foam dressings handle moderate-to-high drainage and can be used on granulating wounds or as a secondary layer. (They should not be used on dry wounds, as they need some moisture to work.)
    • Hydrocolloids: Adhesive gel-forming films or wafers (e.g. Duoderm™, Comfeel™, Tegasorb™). They contain carboxymethylcellulose or gelatin that absorbs fluid and swells into a moist gel over the wound. Hydrocolloids are waterproof and only semi-permeable to vapor; they remain in place for days. They provide “moist environment” dressings ideal for light-to-moderate exudate wounds (e.g. pressure ulcers, burns, traumatic wounds). On contact with exudate they protect granulation tissue and debride slough autolytically. (They are typically avoided on very wet or infected wounds, and because they gel they can sometimes have a distinctive odor or be mistaken for pus.)
    • Hydrogels: Water-rich gel sheets or amorphous gels that donate moisture. Made of >70% water or glycerin, they soothe and cool burn or ulcer wounds, help liquefy necrotic tissue, and hydrate dry scabs. Hydrogels are non-adhesive and easily removable, making them good for dry or necrotic wounds, pressure sores and shallow burns. They promote a moist, cooling environment and enable autolytic debridement. Drawbacks: on highly exuding wounds they can accumulate fluid and risk maceration if not changed frequently.
    • Alginate dressings: Made from seaweed-derived calcium/sodium alginate fibers. When applied to a wound, they form a gel by exchanging ions with wound fluid. These are highly absorbent dressings (much more than gauze) and are used on moderately to heavily draining wounds. They also have mild hemostatic properties (calcium alginate can promote clotting). Because they dehydrate the wound bed, alginates should always be covered by a secondary dressing (like gauze or film) to keep the wound moist. Alginate sheets (e.g. Kaltostat™, Sorbsan™) are unsuitable for dry wounds or wounds over bone.
    • Hydrofibers and Collagens: (e.g. synthetic carboxymethylcellulose fibers like AQUACEL™, or collagen/collagen-containing gels). These behave similarly to alginates/hydrogels by gelling on contact with fluid, providing high absorption or structural support. They maintain moisture and promote granulation (collagen dressings supply matrix for tissue regrowth). These advanced fibers often have silver or honey additives for infection control.
    • Medicated dressings: Many dressings now contain antimicrobials. For example, silver-impregnated films/foams (e.g. silver sulfadiazine, Silverlon®) or iodine-impregnated substrates release antiseptics to reduce bacterial load. Honey-impregnated dressings (Manuka honey) also promote healing and inhibit microbes. (These specialized dressings are used when infection is a concern.)
    • Composite and Free-form: Some products combine layers (e.g. non-adherent contact layer + absorbent pad + adhesive border) for use on irregular or highly exuding wounds. Newer concepts include bioengineered skin substitutes (cultured epithelial sheets) – but those are beyond basic care.

  • Choosing a dressing: Selection is based on wound exudate, depth, and location. In general, moist (wet) wounds need absorbent dressings, and dry wounds need moisture-donating dressings. For example, heavy exudate wounds call for foams or alginates, whereas dry wounds may benefit from hydrogels or hydrocolloids to provide moisture. Shallow epidermal abrasions can often be managed with transparent films alone while deeper or necrotic wounds might need gels and frequent changes. Dressings should be chosen to create a moist healing environment without pooling fluid, and to allow oxygen exchange. The “ideal dressing” is sterile, moist but not soggy, non-adherent, protective and comfortable. Clinicians typically assess the wound (amount of drainage, infection status, pain, location) and patient factors (age, mobility, allergies) to pick or combine appropriate dressings.

  • Precautions and side effects: While dressings themselves are not drugs, they can have adverse effects. Wet maceration: Occlusive dressings (films, hydrocolloids) can overhydrate skin if left too long, leading to white, softened tissue around the wound. Adherence: Dry gauze or fibrous dressings can stick to a wound, tearing healing tissue and causing pain on removal. Allergic contact: Some patients react to adhesives, antiseptic agents, or materials (latex, adhesives, propylene glycol in gels) with contact dermatitis. Infection: Improperly changed or non-sterile dressings can introduce bacteria. Occlusive dressings should not be used if an infection is untreated, as they could trap bacteria. Chemical effects: Dressings with iodine or silver rarely can cause systemic effects (thyroid dysfunction with iodine, argyria with silver) if used extensively, especially on large burns.

In summary, wound care dressings span a spectrum from simple gauze to high-tech polymers. Modern dressings (films, foams, hydrogels, hydrocolloids, alginates, etc.) are designed to maintain optimal moisture and protect the wound while allowing gas exchange and debridement. Proper selection and technique are critical: the wrong dressing can impede healing (e.g. dry a wound out or over-saturate it). By contrast, well-chosen dressings can significantly accelerate healing by providing a stable, moist environment for tissue repair. All dressing changes and selections should follow clinical guidelines and the supervising healthcare provider’s instructions.

Types of Wound Dressings & Uses
How to Choose the Right Wound Dressing
Major Wound Care Dressing Brands

Types of Wound Dressings & Their Uses

There are many types of wound dressings, each suited to certain kinds of wounds. The choice of dressing depends on factors like whether the wound is dry or oozing fluid, if it’s shallow or deep, clean or infected, and its location on the body. Here are some of the common categories of wound dressings and when they’re typically used:

  • Gauze Dressings: Gauze is one of the oldest and most familiar wound dressings. It’s usually a woven cotton (or rayon blend) material. Gauze can be used as a primary dressing (directly on the wound) or as a secondary layer to hold other dressings in place. It’s highly permeable and non-occlusive, meaning it allows air and fluid to pass through. Gauze is great for simple, dry wounds or as a temporary covering for more complex wounds. It will absorb light to moderate drainage so it’s often used in the early stages of minor wounds, cuts, or abrasions. However, plain dry gauze can stick to the wound if the wound is too dry, which may hurt and disturb new tissue when you remove it. For that reason, gauze is often changed frequently and sometimes moistened with saline (for a “wet-to-dry” dressing used to help debride wounds) or used as a top layer over a non-adherent dressing. Gauze is inexpensive and versatile, but as wound care has advanced, more specialized dressings have largely replaced gauze for long-term management of anything but simple wounds.

  • Transparent Film Dressings: These are thin, clear polyurethane sheets with an adhesive backing. Think of something like Tegaderm – a see-through, sticky film. Film dressings are semipermeable: they allow oxygen and water vapor to pass out but keep out water, bacteria, and contaminants. They also let you see the wound without removing the dressing, which is useful for monitoring. Films are best for superficial wounds with minimal to no drainage. For example, they’re often used to protect IV insertion sites, shallow cuts, or as a secondary dressing over something like a gauze or foam. Because they don’t absorb fluid, they aren’t suitable for wounds with moderate or heavy exudate – too much fluid would collect under the film and potentially macerate the skin. Also, if a wound is infected or very moist, these occlusive films could trap the infection in or keep the wound too wet. But for a clean, dry, superficial wound, film dressings provide a nice protective cover that keeps the area clean and retains moisture to aid epithelial (skin) healing. They’re also commonly used as a second skin to prevent blisters on areas prone to friction.

  • Hydrocolloid Dressings: Hydrocolloids are occlusive or semi-occlusive dressings that contain substances (like carboxymethylcellulose) which react with wound fluid to form a gel. They usually come as a slightly spongy, sticky pad that can adhere to the skin. Hydrocolloids are designed to maintain a moist environment; they seal the wound and as fluid is absorbed, a gel layer forms over the wound bed. They’re great for wounds that are not overly wet but also not dry – e.g., minor burns, pressure ulcers (stages I and II), or wounds with light to moderate exudate. A classic use is on small bedsores or leg ulcers that are clean but need moisture balance. Hydrocolloids can stay in place for several days (even up to a week) if they remain intact, which means fewer dressing changes. This is good for healing, since frequent changes can disrupt new tissue. One caution: hydrocolloids are not recommended for infected wounds or wounds with heavy drainage. Because they are occlusive (essentially waterproof and bacteria-proof), an infected wound could worsen if sealed up, and too much fluid can cause the dressing to detach or the surrounding skin to become soggy. When used appropriately, hydrocolloids promote autolytic debridement (the body’s own enzymes helping to clean the wound) and protect the area. Patients often like that these dressings are low-profile and don’t require daily changes.

  • Foam Dressings: Foam dressings are soft, cushiony dressings made of polyurethane foam. They are excellent for absorbing moderate to heavy wound exudate while still maintaining a moist environment over the wound. The foam material can soak up a lot of fluid, making it ideal for wounds that have a lot of drainage. Examples include pressure ulcers (bedsores), venous leg ulcers, diabetic foot ulcers, and many surgical wounds. The foam often has a semipermeable backing: it allows moisture vapor to escape but keeps external contaminants out, similar to a film. Foam dressings help prevent what’s called maceration – that whitish softening of skin from too much moisture – by drawing excess fluid into the dressing and away from the wound and surrounding skin. They also provide thermal insulation and padding, so they protect the wound from trauma and help relieve pressure, especially over bony areas. Many foam dressings come with an adhesive border, making them easy to apply and secure. They can often stay in place several days (depending on how soaked they get). Like hydrocolloids, very dry wounds wouldn’t need a foam (it could dry them out more), and foams aren’t the best choice if a wound needs to be observed frequently, since they’re opaque. But for active, oozing wounds, foam dressings are a mainstay because they keep the wound appropriately moist without drowning it.

  • Alginate Dressings: Alginates are highly absorbent dressings made from seaweed (alginic acid) fibers. They usually come in a soft, ribbon or pad form (often looks like a piece of felt or cottony dressing). When alginate dressings contact wound fluid, they react to form a moist gel that conforms to the wound shape. They can absorb a remarkable amount of liquid – often many times their own weight – which makes them ideal for very wet wounds with heavy drainage or bleeding. Common uses are deep or cavity wounds, infected wounds with lots of pus, or draining ulcers. For example, a deep pressure ulcer that is oozing might be loosely packed with an alginate; the alginate will swell into a gel as it absorbs fluid, which also helps keep the wound moist and aids in clotting if minor bleeding is present. Because alginates require moisture to function, they won’t work on dry wounds (they would stay dry and might even adhere and dry the wound out more). Usually, after putting an alginate in a wound, you cover it with a secondary dressing (like a gauze pad or foam) to keep everything in place. Alginates are generally not used for superficial, low-exudate wounds – they’re really reserved for those “leaky,” deeper wounds where other dressings would get overwhelmed by fluid. One benefit of the alginate’s gel formation is that removal is often easier and less painful; you can irrigate the gel out gently with saline.

  • Hydrogel Dressings: Hydrogels are the opposite of alginates in a sense – instead of absorbing moisture, hydrogels donate moisture to a wound. They are made of networks of polymers (often glycerin or water-based) that hold a lot of water. Hydrogels come in sheets, amorphous gels (a thick liquid you squeeze from a tube), or impregnated gauzes. These dressings are great for dry or minimally exuding wounds that need hydration. For instance, if a wound has formed a dry scab or hard black eschar, a hydrogel can rehydrate that tissue and promote autolytic debridement (softening and breakdown of the dead tissue), which in turn speeds healing. They are also very soothing and can reduce pain in the wound. Hydrogels are commonly used for burns (especially superficial partial-thickness burns), painful ulcers, radiation burns, or necrotic wounds. Because they’re mostly water, hydrogels do not absorb much fluid, so you wouldn’t put them on a highly exuding wound – they’d get diluted and potentially make the area too wet. Also, hydrogels often require a secondary dressing on top because many are non-adhesive (the gel by itself won’t stick in place). They tend to feel cool when applied (which patients often find relieving). One must watch out that a hydrogel dressing doesn’t oversaturate the wound or skin (changing it as needed if wound fluid accumulates). Hydrogels, due to their high water content, are not the best at keeping bacteria out, so they’re usually used on clean wounds or in combination with an antimicrobial if infection is a concern.

  • Antimicrobial and Specialty Dressings: Beyond the basic categories above, there are many specialized dressings. Some dressings are impregnated with antimicrobial agents such as silver, iodine, or polyhexamethylene biguanide (PHMB). These are used to reduce bacterial burden in a wound that’s infected or at high risk of infection. For example, a silver foam dressing not only absorbs fluid but also delivers silver ions to the wound to kill bacteria. There are charcoal dressings to absorb odor in malodorous wounds, collagen dressings that provide a matrix to help wound healing in non-healing wounds, and bioengineered skin substitutes for large burns or non-healing ulcers. Another advanced modality is NPWT (Negative Pressure Wound Therapy), which isn’t a dressing in the traditional sense but a system: a foam or gauze is placed in the wound and connected to a vacuum pump under an airtight dressing, applying suction to promote healing. All these specialized dressings and systems underscore that wound care can be very tailored – often guided by a wound care specialist for complex cases.

How to Choose the Right Wound Dressing

Selecting a wound dressing is a bit like solving a puzzle: you evaluate the wound and match it with a dressing that meets its needs. Key factors include the wound’s moisture level (is it dry or draining?), depth/size, presence of infection, and location. As a simple rule of thumb, wet wounds need absorption, dry wounds need hydration.

  • A dry, necrotic wound (with a scab or dead tissue) benefits from a hydrogel or a hydrocolloid to soften and hydrate the tissue.
  • A heavily draining wound (like a leaky ulcer) likely needs an alginate or foam to soak up fluid and protect the surrounding skin.
  • A clean, shallow wound that’s almost healed might just need a film dressing or a simple non-adherent pad to protect the new skin.
  • An infected wound might be dressed with a material that allows daily changes and cleaning (avoiding occlusive dressings), and perhaps using an antimicrobial dressing (like one with iodine or silver) to help reduce bacteria.

It’s also important to consider patient comfort and practicalities: a dressing that requires complex changes might not be suitable for home use by a patient or caregiver; in such cases, simpler or longer-wear dressings are chosen. Cost can be a factor too, as some advanced dressings are expensive and used primarily for chronic or non-healing wounds that justify the cost.

Wound dressings should be changed at intervals appropriate to the wound and dressing type. Frequent changes can disturb healing, so modern dressings are designed to be left in place longer (often 2-7 days, depending) unless they become saturated or soiled. With each dressing change, the wound is reassessed to see if the chosen dressing is still the best option. As the wound heals, its needs may change – for instance, a heavily draining wound might slow down and then you’d switch from an alginate to a lighter dressing like a hydrocolloid to maintain moisture.

Major Wound Care Dressing Brands and Their Key Products

Several companies specialize in wound care dressings. Below are some top brands, along with examples of their notable wound dressing products and the typical sizes in which those products are available:

3M Health Care

  • 3M Tegaderm Transparent Film Dressings: These are thin, adhesive films used to cover and protect wounds or IV sites. They come in a range of sizes – from small covers of about 6 cm x 7 cm (approx. 2.4” x 2.8”) up to larger sheets around 10 cm x 12 cm (4” x 4.75”) . For example, a common Tegaderm size is 10×12 cm, often sold in boxes of 50. Tegaderm film dressings provide a waterproof, sterile barrier while letting oxygen in and moisture vapor out.
  • 3M Tegaderm Foam Dressings: These multilayer foam pads (with a Tegaderm backing) absorb wound exudate. They are available in both adhesive-border and non-adhesive versions. Common sizes include 10 cm x 10 cm (4” x 4”), 12.5 cm x 12.5 cm (5” x 5”), and larger 20 cm x 20 cm (8” x 8”) square dressings. 3M also offers special shapes like sacral (tailbone) and heel foam dressings (e.g., roughly 20 cm x 17.5 cm sacral shape) to fit those body contours. These dressings maintain a moist wound environment and have a gentle silicone adhesive for easy removal.
  • 3M Coban and Medipore Products: While not dressings in the traditional sense, 3M’s Coban is a self-adherent elastic wrap (available in widths like 1, 2, 3, or 4 inches) used to secure dressings or provide light compression. 3M Medipore and Micropore are adhesive tapes (coming in rolls of various widths) widely used to fix gauze and dressings in place. (These support products complement 3M’s dressing lineup.)

Smith & Nephew

  • Allevyn Foam Dressings: Smith & Nephew’s Allevyn is a popular foam dressing brand for moderate to heavily exuding wounds. Allevyn foam comes in multiple sizes and formats – typically squares of 5 cm x 5 cm, 10 cm x 10 cm (4” x 4”), up to 20 cm x 20 cm (8” x 8”), as well as rectangular and round versions. There are adhesive versions (e.g., Allevyn Life with a sticky border) and non-adhesive pads. For example, an Allevyn Life foam dressing is available in a 10.3 cm x 10.3 cm (4” x 4”) size. (often sold in boxes of 10) and larger sizes for bigger wounds. Sacral (butterfly-shaped) and heel-shaped Allevyn dressings exist for those anatomically tricky areas.
  • Opsite Transparent Films: Opsite is Smith & Nephew’s line of transparent film dressings. Similar to Tegaderm, Opsite Flexigrid and Opsite Post-Op are clear adhesive dressings. Standard Opsite sheets come in sizes like 10 cm x 12 cm and 15 cm x 20 cm, and Opsite is also available in rolls (so clinicians can cut to needed size). A special variant, Opsite IV3000, is precut to sizes around 7 cm x 9 cm (2.75” x 3.5”) for securing IV catheter sites. These film dressings are waterproof and let patients shower while keeping wounds or IVs protected.
  • Acticoat Antimicrobial Dressings: Acticoat dressings are infused with silver for antimicrobial effect, often used on burns or infected wounds. They come as thin, flexible sheets in sizes such as 10 cm x 10 cm, 10 cm x 20 cm, and larger 20 cm x 40 cm. Some Acticoat variants are Silver-coated mesh gauze; others are a nanocrystalline silver film on a foam or fabric. They often require moistening and can be cut to the wound size. Smith & Nephew also produces Iodosorb (iodine-based paste and dressing) and Opsite Moisture Vapor Permeable dressings as part of their advanced wound care portfolio.

Mölnlycke Health Care

  • Mepilex Foam Dressings (Safetac technology): Mölnlycke’s Mepilex line is well-known for its soft silicone wound contact layer (Safetac) that minimizes pain on removal. Mepilex Border (the version with an adhesive border) is available in a wide range of shapes and sizes. Common sizes include 7.5 cm x 7.5 cm and 10 cm x 10 cm squares, larger 15 x 15 cm or 20 x 20 cm for bigger wounds, and specialized sacral (22 x 22 cm) and heel shapes. Standard Mepilex (non-border) foam pads also come in similar dimensions (often 10×10 cm up to 20×20 cm) and can be secured with secondary dressings. There are thinner versions (Mepilex Lite) for less exudate, and Mepilex Ag which includes silver for antimicrobial action (those are usually similar sizes like 10×10 cm and 20×20 cm).
  • Mepitel and Mepitel One: These are non-adherent wound contact layer dressings made of a silicone mesh. They are designed to lay directly on the wound and not stick to it, allowing fluids to pass through to an outer absorbent dressing. Mepitel typically comes in 5 cm x 7.5 cm, 8 cm x 10 cm, and 10 cm x 18 cm sheets (which can be cut to size). It’s often used for skin tears, burns, or graft sites – anywhere you want to protect the wound bed while using another dressing on top.
  • Mepore and Other Dressings: Mölnlycke also makes Mepore, a classic self-adhesive dressing (a breathable pad with adhesive border) in sizes like 6 x 7 cm, 9 x 10 cm, 9 x 15 cm, up to around 10 x 25 cm for surgical incisions. Mepore Pro is a more water-resistant version. Another product, Tubifast/Tubigrip (elastic tubular bandages), is available in various diameters to hold dressings on limbs without tape. These come in rolls (e.g., Tubigrip sizes are given by circumference class rather than length, typically cut to needed length).

ConvaTec

  • DuoDERM Hydrocolloid Dressings: ConvaTec’s DuoDERM is one of the earliest and best-known hydrocolloid dressings. DuoDERM CGF (Control Gel Formula) dressings are thick, cushiony pads that form a gel on contact with wound fluid. They are sold in square sizes like 10 x 10 cm (4” x 4”) and 15 x 15 cm (6” x 6”), as well as oval or rectangular shapes for places like elbows or sacrum. There’s also a thin DuoDERM (Extra Thin version) in smaller sizes (e.g., 7.5 cm x 7.5 cm) for wounds with minimal exudate or for use as a protective second skin on fragile areas.
  • AQUACEL Hydrofiber Dressings: AQUACEL dressings are made of sodium carboxymethylcellulose fiber (a “hydrofiber”) which absorbs fluid and turns into a cohesive gel. Standard Aquacel comes in flat squares of 5 x 5 cm, 10 x 10 cm, 20 x 30 cm, etc., and also a rope form (~2 cm x 45 cm) for packing deep wound cavities. A commonly used size is 10×10 cm (4×4”), often for moderate exudate wounds. AQUACEL Ag is a silver-impregnated version (same sizes, with antimicrobial silver). ConvaTec later introduced Aquacel Extra (a stronger, reinforced fiber) and Aquacel Foam dressings.
  • ConvaTec Foam (Aquacel Foam): Aquacel Foam dressings combine a top foam layer with a thin Aquacel contact layer. They come with or without adhesive borders. Adhesive Aquacel Foam sizes include 10 x 10 cm (4” x 4”), 12.5 x 12.5 cm (5” x 5”), 17.5 x 17.5 cm (7” x 7”), etc., plus rectangular sizes and sacral/heel shapes. Non-adhesive foam pads exist in sizes like 10×10, 15×15, 20×20 cm (secured with wrap or tape). These foams are popular for wounds that need absorption with a gentle silicone adhesive that won’t stick to the wound itself.
  • Other ConvaTec Dressings: ConvaTec’s wound range also includes Kaltostat (an alginate dressing in rope or pad form, e.g., 2.5 x 30 cm rope or 10×20 cm pads), CarboFlex (a dressing with a charcoal layer for odor control, about 10×10 cm pads), and Foam Lite (a thin foam for low exuding wounds, available in small squares like 5×5 cm and medium sizes like 10×10 cm).

Johnson & Johnson (Consumer Wound Care products)

(Note: Johnson & Johnson’s wound care offerings are largely in the consumer/first-aid arena. “Kenvue” is now the spun-off consumer health company owning these brands.)

  • Band-Aid® Brand Adhesive Bandages: J&J’s Band-Aid is a household name. These adhesive bandages come in many shapes and sizes: common small sizes are the standard strip ¾” x 3” (1.9 cm x 7.6 cm) and 1” x 3” bandages, often for minor cuts. Larger Band-Aid pads (for bigger scrapes) are around 5 cm x 7.6 cm (2” x 3”) or even 5 cm x 10 cm (2” x 4”) for the extra-large variety. They also make finger tip bandages, knuckle bandages, and so on, which are roughly 4-5 cm in their longest dimension with specialized shapes. In recent years, Band-Aid has an “Hydro Seal” line which are essentially mini hydrocolloid dressings for blisters and small wounds – these are oval or hexagonal gel bandages about 2-3 cm across designed to cushion and keep wounds moist for faster healing.
  • Non-Adherent Pads and Gauze (Telfa pads): J&J also historically provided Telfa® non-stick pads, which are absorbent dressings with a shiny non-adherent coating. These are used for covering wounds that shouldn’t have material stuck to them. Telfa dressings are available in sizes such as 5 cm x 7.5 cm (2” x 3”), 7.5 cm x 10 cm (3” x 4”), and larger 20 cm x 25 cm (~8” x 10”) pads. They usually need to be held in place with tape or a bandage wrap. For gauze, Johnson & Johnson’s first aid line includes sterile gauze sponges in 5×5 cm or 10×10 cm (2x2, 4x4 inches) and gauze rolls (e.g., 5 cm x 4.1 m rolled gauze). These are more basic dressings for cleaning, padding, or secondary absorption.
  • Specialty Bandages: Under the Band-Aid brand, there are also tough strips (extra adhesive, in similar sizes to standard strips), Scar healing silicone sheets (~3-4 inch long silicone strips for scar management), and Liquid Bandage (a small bottle of a polymer gel that forms a film over minor cuts). While these aren’t “dressings” in the professional sense, they represent the range of wound care products offered by J&J for consumer use.

Medline Industries (Includes Curad brand)

  • Curad® Bandages and Pads: Medline’s Curad is another prominent brand in consumer first aid. Curad makes adhesive bandages in standard sizes (3/4” x 3”, 1” x 3” strips, as well as assorted shapes like finger-tip and knuckle bandages comparable to Band-Aid). They also offer gauze pads in the typical 2” x 2” and 4” x 4” sizes, and surgical abdominal pads (ABD pads) like 5” x 9” for covering larger wounds. Curad has some specialty items too, like Curad Soothe & Cool burn bandages and Curad Hydro Heal bandages (small hydrocolloid dots) for blisters – these might be around 1-2 inches in size.
  • Medline Foam and Alginate Dressings: Medline, serving hospitals and clinics, produces a variety of advanced dressings often under its own name or sub-brands. For example, Optifoam® is Medline’s foam dressing line, available in sizes like 10 x 10 cm (4” x 4”), 15 x 15 cm (6” x 6”), and even large 20 x 20 cm pads. Optifoam Gentle has a silicone adhesive and comes in similar sizes with borders, plus sacral designs. Maxorb® Extra Alginate is Medline’s calcium alginate dressing, which comes as 5 x 5 cm or 10 x 12.5 cm pads and a 2.5 x 30.5 cm (1” x 12”) rope – used for soaking up heavy fluid. They also offer SilvaSorb® (antimicrobial silver dressings) in sheet sizes like 5x5 cm, 10x10 cm, etc., and Hydrocolloid dressings under names like Exuderm® (available in 10x10 cm, 15x15 cm, etc.). In general, Medline covers almost every category with a cost-effective version: from basic woven/non-woven gauze (2x2, 4x4, etc.) to advanced collagen dressings (Medline’s Matrix Collagen comes in sheets around 4x4 cm).
  • Wraps, Tapes, and Others: Medline also sells a variety of cohesive wraps (similar to Coban) in 1”, 2”, 3”, 4” widths, adhesive tapes (Cloth silk tape in 1”x10 yd, paper tape, etc.), and elastic bandages for securing dressings. These support the use of their primary dressings.

Paul Hartmann AG

  • Cosmopor® Adhesive Island Dressings: Hartmann’s Cosmopor dressings are sterile post-operative dressings – an absorbent pad with an integrated adhesive border. They come in a range of sizes, for example 8 x 10 cm, 10 x 15 cm, 10 x 20 cm, up to 10 x 25 cm, allowing coverage of small to fairly long surgical incisions. (For reference, an 8×10 cm Cosmopor is roughly 3”x4”, and 10×25 cm is about 4”x10”.) These are designed for one-step application after surgery or for moderate-draining wounds, providing a soft non-adherent pad in the center.
  • Zetuvit® and Sorbalgon®: Zetuvit Plus is Hartmann’s high-absorbency pad (non-adhesive) for heavily exuding wounds. It’s a thick cellulose pad with a fluid-spreading layer, available in sizes like 10 x 20 cm, 15 x 20 cm, and 20 x 25 cm, etc. It’s often used with a secondary bandage to hold it. Sorbalgon is Hartmann’s calcium alginate dressing, which is applied dry and forms a gel as it absorbs. Sorbalgon is available as 5 x 5 cm and 10 x 10 cm flat dressings and a rope (~2 g rope, roughly 30 cm length) for packing tunnels. These are especially useful for wounds with significant exudate or cavity wounds.
  • Hydroactive Dressings (HydroClean® & HydroTac®): Hartmann has some advanced unique dressings. HydroClean is an “active rinse” dressing that releases Ringer’s solution to the wound and then absorbs it back – it comes in round and square options (e.g. a 4 cm diameter round, and squares like 10 x 10 cm). HydroTac is a hydroactive foam with a gel coating; it donates moisture if needed and absorbs as well – available in sizes such as 10 x 10 cm, 10 x 20 cm, etc. Hartmann’s portfolio is broad, also including PermaFoam (another foam dressing line, in sizes like 10×10 cm, 20×20 cm) and Vivano (NPWT foam kits for negative-pressure wound therapy).

Coloplast

  • Biatain® Foam Dressings: Coloplast’s Biatain is a high-quality foam dressing line. Biatain foam dressings come in non-adhesive pads (e.g., 10 x 10 cm, 15 x 15 cm squares) and adhesive versions that have a gentle sticking border. Common sizes for Biatain Adhesive are 12.5 x 12.5 cm (5” x 5”) and 18 x 18 cm (~7” x 7”); they also offer Biatain Silicone (with a soft silicone adhesive) in similar or slightly varied sizes. Coloplast makes Biatain in specialty shapes too: a sacral Biatain (tailbone shape, approx 19 x 20 cm at widest points) for pressure ulcers over the sacrum, and a heel shape that wraps around the back of a heel. There’s even a Biatain Alginate (combining calcium alginate and carboxymethylcellulose fibers) that comes in 5×5 cm, 10×10 cm, etc., similar to an Aquacel.
  • Comfeel® Plus Hydrocolloids: Comfeel is Coloplast’s hydrocolloid dressing line, used for lightly to moderately exuding wounds. Comfeel Plus Transparent is a thin hydrocolloid mostly in smaller sizes (like 4 x 6 cm up to 10 x 10 cm), often used for superficial wounds. Comfeel Plus Ulcer Dressings (thicker, opaque hydrocolloids) come in square sizes such as 10 x 10 cm, 15 x 15 cm and in pre-cut shapes (like oval 20 cm x ”15 cm or round) to suit different wound locations. These dressings can stay on for several days, and the variety of sizes/shapes helps fit wounds on areas like elbows or knees.
  • SeaSorb® Fiber (Alginate) and Other Products: Coloplast’s older alginate brand SeaSorb® (now sometimes labeled under Biatain Fiber or Alginate) is available as flat dressing sheets (e.g., 10 x 10 cm) and long ropes for packing (around 2.5 cm x 30 cm). They also have Purilon® Gel (comes in 15g or 25g tubes) which is a hydrogel to donate moisture, often used under a cover dressing for dry necrotic wounds. Coloplast’s wound care portfolio isn’t as large as some others, but Biatain and Comfeel are globally well-regarded products.

BSN Medical / Essity

  • Leukoplast® & Cutimed® Dressings: BSN (now part of Essity) produces the Leukoplast range of dressings and tapes. For example, Leukomed® T is a transparent film dressing similar to Tegaderm/Opsite, often used over IV sites or small wounds – sizes include 8 x 10 cm and 10 x 25 cm (as well as smaller ones like 6 x 7 cm for IVs). Leukomed Sorbact is an absorbent pad that uses a unique Sorbact technology to bind bacteria (available in sizes like 10 x 10 cm). Under the Cutimed brand, they offer advanced dressings primarily for clinical use: Cutimed Sorbact® (an antimicrobial dressing that has a green fabric to which microbes adhere; comes in swabs, ribbon, and sheets like 7.5 x 7.5 cm, 10 x 10 cm), Cutimed Siltec® (a silicone foam dressing in sizes such as 12.5 x 12.5 cm, 10 x 20 cm), and Cutimed Alginate (calcium alginate dressings, 5 x 5 cm, 10 x 10 cm, etc.).
  • Comprilan® and Gypsona® (Plaster): While not exactly “dressings” for wound bed, Essity’s portfolio also includes compression bandages like Comprilan (various widths for leg ulcer therapy) and plaster of Paris products like Gypsona for casts. In terms of wound dressing accessories, BSN’s Hypafix® (also known as Fixomull) is a popular adhesive fabric tape that comes in rolls (usually 5 cm, 10 cm, or 15 cm width) – often used to secure dressings or cover sites with a pliable fixation.

Urgo Medical

  • UrgoTul™ Dressings: UrgoTul is a non-adherent contact layer dressing impregnated with a technology Urgo calls TLC (Technology Lipido-Colloid) – basically a fine mesh that interacts with wound fluid to create a moist gel. UrgoTul comes in sizes like 5 x 7 cm, 10 x 10 cm, 15 x 20 cm, etc. (It’s thin and flexible, so even the larger sizes come folded in a pouch.) There’s also UrgoTul Ag (with silver) for infected wounds, in similar sizing. These dressings are typically placed directly on the wound, with a secondary dressing on top to hold them and absorb exudate.
  • UrgoStart™ Dressings: UrgoStart is an advanced line aimed at accelerating healing in chronic wounds (diabetic foot ulcers, venous ulcers). UrgoStart Contact is a thin contact layer like UrgoTul that releases compounds (NOSF – Nano-Oligosaccharide Factor) to stimulate healing; it comes in sizes such as 6 x 6 cm, 10 x 10 cm, 15 x 20 cm. UrgoStart Plus is a more absorbent version (like a foam dressing with the same healing tech) available in common foam dressing sizes (e.g., 10×10 cm, 15×15 cm, as well as a 20×20 cm for larger wounds).
  • Urgo’s Foam and Absorbent Dressings: Urgo also has conventional foam dressings like Urgocell or UrgoClean (a gelling fiber dressing for sloughy wounds). UrgoClean Ag is a newer antimicrobial gelling fiber. Their foam dressings (Urgocell) come in sizes similar to competitors – squares around 10×10 cm, 15×15 cm, etc., and border versions for adhesive support. UrgoClean (non-adhesive pad with a special polyabsorbent fiber) is in sizes like 6×6 cm, 10×10 cm, and ribbon for cavities. Urgo’s lineup may be more known in Europe, but globally the UrgoTul and UrgoStart lines are recognized for innovation in wound healing.

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