ESPUMA® ADHESIVE PLUS is the same composites of ESPUMA® NON-ADHESIVE, placed centrally on a colloid Adhesive polyurethane film substrate that extends beyond the margin of the island pad.

• Dressings can be used on patients who are in treatment for a local or systemic infection at the discretion of a healthcare professional.
• Sterility of the dressing is guaranteed unless the pouch is damaged or opened prior to use.
• Do not cover the dressing with occlusive films or tapes, as they may reduce moisture vapor loss, which could impair the effectiveness of the dressing.
• The dressing should not be used in combination with oxidizing agents such as hydrogen peroxide or hypochlorite solution as these solutions may affect the structure and performance of the polyurethane foam. Ensure that any other evaporating solution is completely dried off before dressing application.
• At the time of dressing change, if the dressing is adhered to the wound surface, saturate with normal saline.
• Consult a healthcare professional if there are signs of infection or sensitivity (allergic reaction).
• Reuse of the dressing may lead to increased risk of infection or cross contamination.
• A healthcare professional should frequently inspect and manage wounds which are solely or partially caused by arterial insuffi­ciency in accordance with local standards.
• Cavity sizes are not for use in dry wounds or deep cavity wounds with only a small opening.
• • Afin de minimiser les risques d’infection ou de pollution environnementale, l’élimination du dispositif médical doit suivre les procédures d’élimination prévues par la législation locale applicable.

Hydrocellular dressings are made from a polyurethane base and are permeable to both gases and water vapor. Their hydrophilic properties allow high absorptive properties while they also provide thermal insulation. Foam dressings also provide a cushioning action that allows pressure relief for patients subjected to long hospitalization periods. This creates a prophylactic indication for pressure injuries.