Durafiber Dressings In Gelling Of Cellulose fibers Etilsolfonata Without Silver 15x15cm 5 Dressings

Descripción

Durafiber In dressings fibers Gelling Of Cellulose Etilsolfonata Without Silver Dressings DURAFIBER belong to a new generation of cellulose fibers gelling, designed to address the many challenges stemming from the wounds with exudate medium to heavily infected or not infected. Specially designed with an innovative technology, DURAFIBER consists of a special blend of non-woven fibers, unique, which ensures high performance. This particular mixture offers a unique combination of advantages that distinguish dressings DURAFIBER dressings fiber gelling conventional. Indications DURAFIBER and DURAFIBER Ag Dressings are sterile, high absorbency, gelling resistant fibers formed by the new generation. They consist of a plot in non-woven fibers of cellulose etilsolfonata (ESC) that in contact with wound exudate, is rapidly converted into a clear gel and fresh. This gel absorbs excess fluids, keeps away from the wound exudate, keeping the wound moist and conforms perfectly to the wound bed by reducing the dead space where bacteria can thrive. The high resistance that boasts DURAFIBER when wet facilitates the removal in one piece from the bed of the wounds and cavitary lesions, traumas and minimizing the patient's pain during the removal. DURAFIBER DURAFIBER and Ag can be used in combination with other products such as Smith & Nephew: ALLEVYN, Opsite, PROFORE. Advantages Highly absorbent DURAFIBER dressings provide an effective fluid management and help reduce the risk of holding losses in them exudate and any bacteria. DURAFIBER effectively blocks the lateral spread of fluid while minimizing the risk of maceration of the surrounding skin and cross-contamination during dressing removal. Minimal shrinkage of the dressing DURAFIBER ensure effective coverage of the wound bed without the worry of shrinkage eccessivi.L'alta absorption capacity combined with minimal shrinkage increases the efficiency of the medication compared to gelling fibers currently on the market. S