3M 3564 Medipore +Pad Soft Cloth Adhesive Wound Dressing 6cm x 10cm Box/50

Dressing size 2-3/8 inch x 4 inch (6cm x 10cm) +Pad Soft Cloth Adhesive Wound Dressing, Pad size 1 inch x 2-3/8 inch Benefits * Highly conformable dressing is easy to apply, conforms to body contours, and flexes with movement or swelling. * Dressing is porous and breathable for increased patient comfort, better exchange of moisture vapor and oxygen, and reduced risk of skin maceration. * Unique non-adherent pad promotes normal wound healing with less pain and trauma. * Dressing provides excellent adhesion, yet is gentle to the skin. * Convenient, all-in-one dressing reduces application time. * Absorbent pad protects wound and absorbs drainage. * Full range of sizes is available to fit every application. Suggested Applications * Dressings for wound care Primary dressing applications: * Post-surgical dressing, especially on areas where swelling or movement is expected * Fragile skin * Light-to-moderately draining wounds * Superficial and partial-thickness wounds * Acute wounds such as cuts, burns, abrasions and lacerations * Chronic wounds * To secure or cover devices * I.V. catheter sites (peripheral and central lines) Secondary dressing applications: * Over hydrogels, alginates and gauze * An all-in-one sterile dressing that features a breathable soft cloth tape backing with a unique non-adherent pad. Specifications * Condition I.V. Related, Pressure Ulcer, Wound Care * Department Cardiovascular, Dialysis Center, Emergency, Intensive Care Unit, Labor & Delivery, Medical-Surgical, Oncology, Operating Room-Surgery, Orthopedics, Pediatrics, Radiology, Urgent Care, Wound Care * Hypoallergenic Yes * IV Related Condition Type Arterial Catheter, CVC Dialysis, CVC PICC, CVC Short-term, CVC Tunneled * Latex No * Length 4 Inch * Pressure Ulcer Condition Type Stage 3 * Product Type Island Dressing * Width 2 3/8 Inch * Wound Care Condition Type Abrasions, Closed Intact Surgical Wound, Lacerations, Neuropathic Ulcers, Open Surgical Wounds, Skin Tears, Superficial Partial Thickness Burns