BSN Medical Hypafix Dressing Retention Sheet Roll 6"x10 Yards | Surgical Tape | Medical Adhesive Tape Wound Care | Non-Irritating First Aid Tape | Self-Adhesive Hypoallergenic Tape for Sensitive Skin

BSN Medical Hypafix Dressing Retention Sheet, formerly known as Smith & Nephew Hypafix Dressing Retention Tape, offers greater stretch and conform-ability with a non-irritating self-adhesive. It protects as a secondary dressing and so much more. Hypafix Dressing Retention Sheets come in a variety of widths to be cut to the length needed. Hypafix provides freedom of movement allowing for comfort and versatility of use with a wound dressing. The sheet is wider widths accommodate larger wound sizes from burns, dermabrasion treatment areas, covering sacral pressure sores and retaining post-operative wound dressings, gauze, and absorbent pads. The Hypafix tape is also commonly used to secure post-operative catheters, tubes and drainage lines. Hypafix flexible construction is very helpful in protecting insulin pumps and continuous glucose monitoring systems for individuals with diabetes. The retention dressing is ideal for covering hard-to-reach areas. This retention tape provides complete coverage and allows joints to be dressed without constraining movement. These traits make Hypafix Sheets valuable to athletes nursing a wound or covering up blisters. The Hypafix Dressing Retention Tape is water resistant with a hypoallergenic adhesive that acts as an excellent secondary retention of gauze, foam, and gel, doubling the amount of protection to the wound. This keeps out bacteria and other harmful microbes. The materials are permeable and therefore offer a moist wound environment that's ideal for quicker wound healing. The retention dressing permeability allows athletes to comfortably wear Hypafix Tape and ensures that perspiration won't cause irritation and compromise the adhesive. Hypafix Dressing Retention Tape is water resistant and holds well in the shower. Hypafix is radio-transparent and therefore the retention dressing can remain on skin surface for x-rays or radiotherapy and have no disruption to the healing of the wound.