Product Information
- ✅SUPER ABSORBENT POLYMER + DUAL RETENTION LAYER: The unique six-layer construction of the Equiflow Super Absorbent dressing sets a new industry standard. It includes dual retention layers that effectively contain and lock in exudate, reducing the risk of leakage and maceration. This innovative design supports optimal healing conditions for a variety of wound types, from pressure ulcers to diabetic foot ulcers.
- ✅EXCEPTIONAL ABSORPTION CAPACITY WITH SAP CORE: Engineered to manage highly exudative wounds, this super absorbent dressing efficiently absorbs and retains up to 25 times its weight in fluid. Ideal for managing acute wounds, chronic wounds, or surgical incisions that produce high levels of exudate, it ensures optimal moisture management, keeping the wound environment properly balanced to promote faster healing.
- ✅EQUIFLOW TECHNOLOGY FOR PRESSURE REDUCTION: Featuring cutting-edge Equiflow technology, the dressing maintains its shape and flatness, even when fully saturated. This stability prevents bunching and reduces friction against the wound bed, minimizing discomfort and potential damage to new tissue growth. It is particularly beneficial for patients with mobility issues, where friction and movement can disrupt wound healing.
- ✅SMOOTHER, THINNER, LONGER WEAR TIME: The top layer of the Equiflow dressing is made from a silky, non-adherent material that does not stick to the wound or cause irritation to the surrounding skin. This feature is especially crucial for those with sensitive skin or allergies, as it allows for pain-free dressing changes and reduces the risk of tearing delicate new tissue.
- ✅STERILE AND INDIVIDUALLY PACKAGED: Each Equiflow Super Absorbent Dressing pad is individually packaged in a sterile environment to prevent contamination and ensure the highest standards of hygiene. This is essential for maintaining a clean wound area, preventing infection, and ensuring the safety of both patients and healthcare providers in various settings, from hospitals to home care.
