![]() ![]() They are great for wounds on joint areas and heels. The wafers are self-adhering and do not require a secondary dressing. Hydrocolloid dressings come in wafer shapes, powders, and gels. Hydrocolloid dressings are great at conforming around the contours of the body. They also promote epithelialization thus increasing the speed of wound closure. They maintain the moisture levels of the wound thus preventing it from going completely dry. Hydrocellular dressings are mainly crafted to absorb high levels of exudate. They help prepare the wound bed for optimum healing. Easy autolytic debridement is possible because of the high sugar content in the dressings. Honey DressingsĬomposed of medical grade honey, honey dressings help in treating acute and chronic wounds. Foam dressings are non-adhesive and require a secondary dressing to hold them in place. Foam Dressingsįoam dressings are sheets made of polymer solutions, they are usually layered with other materials. They are useful in venous wounds, skin grafting, etc. Contact layer dressings are porous and allow the exudate to drain. ![]() Contact Layer DressingsĬontact later dressings are highly sensitive and delicate dressings that are applied to wound bed to prevent any topical agents or dressings from touching the wound bed. Composite dressings can be used as both primary and secondary dressings. This includes anti-microbial, adhesive, and absorbent layers. Composite DressingsĬomposite dressings combine a number of layers to create one wound dressing. Collagen dressings are useful for ulcers of all kinds, donor sites, surgical wounds, burns, abrasions, etc. ![]() Collagen DressingsĬollagen dressings are derived from procine, bovine, or avian sources and form a gel-like padded surface when in contact with the wound exudate. Catheter/IV dressings are absorbent and are also heavy duty to secure the catheter in place. Catheter/IV DressingsĬatheter/IV dressings help in securing a catheter in place and preventing any leakage from the ostomy or wound site. Burn dressings also reduce burn boils and swelling. They prevent the burn from reaching the deeper parts of the skin. Burn Dressingsīurn dressings are specially designed for burn wounds and help manage the moisture and are anti-microbial in nature. Anti-Microbial DressingsĪvailable in a number of shapes and variations, anti-microbial dressings prevent the pooling of blood and necrotic tissue thus reducing the chances of a microbial infection. They are perfect for irregularly shaped wounds, heavy exudate wounds, and venous wounds. They need a secondary dressing to secure them. When in contact with the wound, alginate dressings form a gel like substance around the wound thus providing a padded surface. Alginate DressingsĪlginate dressings are non-woven dressings, derived from seaweeds. They prevent the pooling of exudate and remove necrotic tissue, which in turn prevents infections. Types of Wound Dressings Absorbent DressingsĪbsorbent dressings are made of woven cotton fibers and their main role is to absorb the exudate from the wound and stop the bleeding. Bandages can be used as secondary wound dressings but not as primary ones. Primary dressings are the ones that come in direct contact with the wound whereas secondary dressings are those that help protect and secure the primary dressings. The main idea behind a wound dressing is to control the bleeding, clean the debris, help remove necrotic tissue, prevent leakage or pooling of exudate, and protect the wound from external contaminates such as dust and microbes. Woven wound dressings are made from cotton fibers and non-woven are made from synthetic fibers pressed on to each other to resemble a weave. They are mainly of two broad types, woven and non-woven wound dressings. So your patients experience less pain during dressing changes .Wound dressings are coverings made of either natural or synthetic fibers, which help cover, protect, and heal a wound. Mepilex Transfer Ag adheres gently with Safetac ® – the original less-pain contact layer with silicone adhesion. An international consensus states that an antimicrobial action is indicated to help reduce bioburden in infected wounds. And acts as an antimicrobial barrier in wounds at high risk of infection or re-infection . Mepilex Transfer Ag has been shown to inactivate wound relevant pathogens (bacteria and fungi) from within 30 minutes up to 14 days, as shown in vitro. The antimicrobial action reduces bioburden in the wound. You can use it to treat exuding burns and chronic and acute wounds. Mepilex ® Transfer Ag is an antimicrobial exudate transfer layer designed to allow exudate to transfer to a secondary dressing. ![]()
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