Derma Sciences Xtrasorb Super-Absorbent Dressing, Non-Adhesive, 6 x 9

What is DE89569-Each Derma Sciences Xtrasorb Super-Absorbent Dressing, Non-Adhesive, 6 x 9?

The DE89569-Each Derma Sciences Xtrasorb Super-Absorbent Dressing, Non-Adhesive, 6 x 9 is a sterile, single-use wound care solution designed for managing wounds with moderate to heavy exudate. Measuring 6 inches by 9 inches, this non-adhesive dressing features a super-absorbent core that locks in fluid to maintain a clean, moist wound environment—critical for effective healing. It is commonly used in clinical and home settings for chronic and acute wounds, especially where adhesion to the wound bed must be avoided.

Key features

• High Absorbency — Rapidly absorbs and retains large volumes of wound exudate.
• Non-Adherent Surface — Minimizes trauma during dressing changes.
• Sterile Packaging — Ensures safe application for open wounds.
• Conforms to Wound Shape — Flexible design fits various wound contours.
• Moist Wound Healing — Supports optimal healing conditions by preventing dryness.
• Low-Linting Material — Reduces risk of fiber residue in the wound bed.
• 10 Dressings per Box — Cost-effective supply for ongoing care.

Who is DE89569-Each Derma Sciences Xtrasorb Super-Absorbent Dressing, Non-Adhesive, 6 x 9 for?

This dressing is ideal for healthcare providers and caregivers managing patients with exuding wounds, including pressure ulcers, venous leg ulcers, diabetic foot ulcers, and post-surgical incisions. It’s especially suited for individuals with sensitive skin or fragile tissue that could be damaged by adhesive products. Diabetic patients and those with limited mobility benefit from its reliable absorption and gentle handling.

How does DE89569-Each Derma Sciences Xtrasorb Super-Absorbent Dressing, Non-Adhesive, 6 x 9 compare?

Compared to standard gauze or basic foam dressings, Xtrasorb offers superior fluid retention and reduced frequency of changes. Unlike adhesive dressings, it avoids skin trauma, making it safer for elderly or fragile skin. It outperforms cotton pads in absorption capacity and maintains integrity when saturated. While more expensive than gauze, its efficiency and reduced change frequency offer long-term value in wound management.