PolyMem Wound Care Dressing - 4 x 24" roll

Ferris PolyMem

PolyMem Dressings consist of a polyurethane membrane matrix on a semi-permeable thin-film backing. Unlike any other dressing, the hydrophilic membrane contains a cleanser, a moisturizer and a super-absorbent starch co-polymer. This unique design and patented formulation eliminates the need for manual debridement and cleaning during dressing changes, reducing patient discomfort and the time and cost of dressing changes. PolyMem facilitates the healing process by promoting the concentration of the body's naturally produced growth factors, nutrients and regenerated cells in the wound bed.

HERE’S HOW POLYMEM WORKS!

The Semi-Permeable Film Backing provides a bacterial barrier while allowing gas (O₂ and CO₂) exchange and maintaining an ideal moisture vapor transmission rate (MVTR). The transparent film backing allows visual inspection of the membrane to determine the need for a dressing change.

The Polyurethane Membrane Matrix wicks away up to ten times it’s weight in exudate. It will not fragment and leaves no residue in the wound bed. The membrane contains a cleanser, moisturizer and super-absorbent starch co-polymer.

The F-68 Surfactant contained in the dressing, is a mild wound cleansing agent activated by moisture and gradually released into the wound bed. Interfacial tension between healthy tissue and debris is reduced, loosening eschar and necrotic tissue, supporting autolytic debridement and keeping the wound bed clean throughout the entire wound healing process.

The Glycerin, a moisturizer contained in the dressing, keeps the dressing from adhering to the wound bed, providing comfort at the wound site. Glycerin also reduces odor, conserves living fat cells, reduces hypergranulation, soothes traumatized tissues and supports autolytic debridement.

The Super-Absorbent Starch Co-Polymer contained in the dressing, draws, absorbs and holds excess fluids in the hydrophilic membrane while allowing the body’s natural growth factors and nutrients to concentrate at the wound site.